10
Plastic processing machinesInjection molding machines
Ref. no.: 18627
Manufacturer: BATTENFELD
Year of construction: 2007
Clamping unit
Clamping force: 100 ton
Opening stroke: 500 mm
Distance between tie bars: 470 x 420 mm
Mould height min.: 250 mm
Injection unit
Screw diameter: 22 + 14 mm
Injection volume: 47 +13 cm³
Shot weight: 45 + 12 g
Injection pressure: 2860 + 3000 bar
Measurements and weight
Dimensions: 4,1 x 1,5 x 2,4 m
Machine weight: 5000 kg
Further information:
2K Co-Injection Moulding Machine
This machine from the prestigious Austrian manufacturer Battenfeld is a 2007 horizontal injection moulding machine with 100 tonnes clamping force and a special Co-Injection (Sandwich Injection) configuration.
How Does Co-Injection Work?
The two injection units do not operate independently — they meet inside a combined nozzle. First, Unit A injects: the first material adheres to the mould wall and forms the outer skin. Then Unit B follows: the second material flows into the core of the first, pushing it forward. The result is a part with an outer skin of Material 1 and a core of Material 2. If both materials are injected simultaneously or overlapping, a decorative marble or blended colour effect is achieved. The entire process takes place in a single cycle with a standard mould — no expensive rotary platen tooling is required.
In the current production of this machine, Unit A feeds green and Unit B feeds yellow material of the same plastic type, both injected simultaneously through a single combined nozzle into the mould. As the green and yellow materials flow side by side and into each other, a natural marbled colour effect is created on the part surface. Permanent and visually appealing coloured surfaces are produced in a single cycle — no labels or post-painting required.
Ref. no.: 18627
Manufacturer: BATTENFELD
Year of construction: 2007
Clamping unit
Clamping force: 100 ton
Opening stroke: 500 mm
Distance between tie bars: 470 x 420 mm
Mould height min.: 250 mm
Injection unit
Screw diameter: 22 + 14 mm
Injection volume: 47 +13 cm³
Shot weight: 45 + 12 g
Injection pressure: 2860 + 3000 bar
Measurements and weight
Dimensions: 4,1 x 1,5 x 2,4 m
Machine weight: 5000 kg
Further information:
2K Co-Injection Moulding Machine
This machine from the prestigious Austrian manufacturer Battenfeld is a 2007 horizontal injection moulding machine with 100 tonnes clamping force and a special Co-Injection (Sandwich Injection) configuration.
How Does Co-Injection Work?
The two injection units do not operate independently — they meet inside a combined nozzle. First, Unit A injects: the first material adheres to the mould wall and forms the outer skin. Then Unit B follows: the second material flows into the core of the first, pushing it forward. The result is a part with an outer skin of Material 1 and a core of Material 2. If both materials are injected simultaneously or overlapping, a decorative marble or blended colour effect is achieved. The entire process takes place in a single cycle with a standard mould — no expensive rotary platen tooling is required.
In the current production of this machine, Unit A feeds green and Unit B feeds yellow material of the same plastic type, both injected simultaneously through a single combined nozzle into the mould. As the green and yellow materials flow side by side and into each other, a natural marbled colour effect is created on the part surface. Permanent and visually appealing coloured surfaces are produced in a single cycle — no labels or post-painting required.
Manufacturer: BATTENFELD
Year of construction: 2007
Clamping unit
Clamping force: 100 ton
Opening stroke: 500 mm
Distance between tie bars: 470 x 420 mm
Mould height min.: 250 mm
Injection unit
Screw diameter: 22 + 14 mm
Injection volume: 47 +13 cm³
Shot weight: 45 + 12 g
Injection pressure: 2860 + 3000 bar
Measurements and weight
Dimensions: 4,1 x 1,5 x 2,4 m
Machine weight: 5000 kg
Further information:
2K Co-Injection Moulding Machine
This machine from the prestigious Austrian manufacturer Battenfeld is a 2007 horizontal injection moulding machine with 100 tonnes clamping force and a special Co-Injection (Sandwich Injection) configuration.
How Does Co-Injection Work?
The two injection units do not operate independently — they meet inside a combined nozzle. First, Unit A injects: the first material adheres to the mould wall and forms the outer skin. Then Unit B follows: the second material flows into the core of the first, pushing it forward. The result is a part with an outer skin of Material 1 and a core of Material 2. If both materials are injected simultaneously or overlapping, a decorative marble or blended colour effect is achieved. The entire process takes place in a single cycle with a standard mould — no expensive rotary platen tooling is required.
In the current production of this machine, Unit A feeds green and Unit B feeds yellow material of the same plastic type, both injected simultaneously through a single combined nozzle into the mould. As the green and yellow materials flow side by side and into each other, a natural marbled colour effect is created on the part surface. Permanent and visually appealing coloured surfaces are produced in a single cycle — no labels or post-painting required.
11
Plastic processing machinesInjection molding machinesPlastic injection molding machines
Ref. no.: 18617
Manufacturer: DEMAG
Year of construction: 2007
Clamping unit
Clamping force: 80 ton
Opening stroke: 340 mm
Distance between tie bars: 370 x 370 mm
Mould height min.: 150 mm
Injection unit
Screw diameter: 25 mm
Injection volume: 51 cm³
Shot weight: 45 g
Injection pressure: 2000 bar
Measurements and weight
Dimensions: 4,3 x 1,3 x 2,3 m
Machine weight: 4750 kg
Further information:
A Technology That Stands Out in Energy Efficiency: Less Energy, Higher Precision
The Demag IntElect series is one of the pioneering machines that introduced all-electric drive technology to the plastic injection moulding industry in the late 2000s. Unlike conventional hydraulic systems where pumps and cooling circuits run continuously, the IntElect's servo drive only activates when movement is actually required. This fundamental difference delivers 50 – 70% energy savings compared to hydraulic machines, dramatically reducing annual operating costs.
Motor System — Siemens MOTICS 3
Main Drive Motor · Water-Cooled Servo Motor
The main drive unit that controls all clamping and injection movements with high precision.
Plasticising Motor · Water-Cooled Servo Motor
Based on the same Siemens MOTICS 3 platform, this motor melts material homogeneously through precise speed and torque control; its water-cooled design ensures stable operation during long-term intensive production.
5-Axis Full Servo Control
The machine is equipped with 5 independent servo motors. Clamping, injection, screw retraction, ejector and plasticising axes all operate under full servo control. Since each axis can be programmed independently, all movements can be executed simultaneously. This architecture delivers micron-level repeatable precision, shorter cycle times and minimum mechanical loss compared to hydraulic systems.
NC4 Control System
The keyboard-based NC4 system manages all machine parameters — including injection profile, mould protection and cycle analysis — from a single screen.
Ref. no.: 18617
Manufacturer: DEMAG
Year of construction: 2007
Clamping unit
Clamping force: 80 ton
Opening stroke: 340 mm
Distance between tie bars: 370 x 370 mm
Mould height min.: 150 mm
Injection unit
Screw diameter: 25 mm
Injection volume: 51 cm³
Shot weight: 45 g
Injection pressure: 2000 bar
Measurements and weight
Dimensions: 4,3 x 1,3 x 2,3 m
Machine weight: 4750 kg
Further information:
A Technology That Stands Out in Energy Efficiency: Less Energy, Higher Precision
The Demag IntElect series is one of the pioneering machines that introduced all-electric drive technology to the plastic injection moulding industry in the late 2000s. Unlike conventional hydraulic systems where pumps and cooling circuits run continuously, the IntElect's servo drive only activates when movement is actually required. This fundamental difference delivers 50 – 70% energy savings compared to hydraulic machines, dramatically reducing annual operating costs.
Motor System — Siemens MOTICS 3
Main Drive Motor · Water-Cooled Servo Motor
The main drive unit that controls all clamping and injection movements with high precision.
Plasticising Motor · Water-Cooled Servo Motor
Based on the same Siemens MOTICS 3 platform, this motor melts material homogeneously through precise speed and torque control; its water-cooled design ensures stable operation during long-term intensive production.
5-Axis Full Servo Control
The machine is equipped with 5 independent servo motors. Clamping, injection, screw retraction, ejector and plasticising axes all operate under full servo control. Since each axis can be programmed independently, all movements can be executed simultaneously. This architecture delivers micron-level repeatable precision, shorter cycle times and minimum mechanical loss compared to hydraulic systems.
NC4 Control System
The keyboard-based NC4 system manages all machine parameters — including injection profile, mould protection and cycle analysis — from a single screen.
Manufacturer: DEMAG
Year of construction: 2007
Clamping unit
Clamping force: 80 ton
Opening stroke: 340 mm
Distance between tie bars: 370 x 370 mm
Mould height min.: 150 mm
Injection unit
Screw diameter: 25 mm
Injection volume: 51 cm³
Shot weight: 45 g
Injection pressure: 2000 bar
Measurements and weight
Dimensions: 4,3 x 1,3 x 2,3 m
Machine weight: 4750 kg
Further information:
A Technology That Stands Out in Energy Efficiency: Less Energy, Higher Precision
The Demag IntElect series is one of the pioneering machines that introduced all-electric drive technology to the plastic injection moulding industry in the late 2000s. Unlike conventional hydraulic systems where pumps and cooling circuits run continuously, the IntElect's servo drive only activates when movement is actually required. This fundamental difference delivers 50 – 70% energy savings compared to hydraulic machines, dramatically reducing annual operating costs.
Motor System — Siemens MOTICS 3
Main Drive Motor · Water-Cooled Servo Motor
The main drive unit that controls all clamping and injection movements with high precision.
Plasticising Motor · Water-Cooled Servo Motor
Based on the same Siemens MOTICS 3 platform, this motor melts material homogeneously through precise speed and torque control; its water-cooled design ensures stable operation during long-term intensive production.
5-Axis Full Servo Control
The machine is equipped with 5 independent servo motors. Clamping, injection, screw retraction, ejector and plasticising axes all operate under full servo control. Since each axis can be programmed independently, all movements can be executed simultaneously. This architecture delivers micron-level repeatable precision, shorter cycle times and minimum mechanical loss compared to hydraulic systems.
NC4 Control System
The keyboard-based NC4 system manages all machine parameters — including injection profile, mould protection and cycle analysis — from a single screen.
13
Plastic processing machinesInjection molding machinesPlastic injection molding machines
Ref. no.: 18616
Manufacturer: DEMAG
Year of construction: 2007
Clamping unit
Clamping force: 80 ton
Opening stroke: 340 mm
Distance between tie bars: 370 x 370 mm
Mould height min.: 150 mm
Injection unit
Screw diameter: 25 mm
Injection volume: 51 cm³
Shot weight: 45 g
Injection pressure: 2000 bar
Measurements and weight
Dimensions: 4,3 x 1,3 x 2,3 m
Machine weight: 4750 kg
Further information:
A Technology That Stands Out in Energy Efficiency: Less Energy, Higher Precision
The Demag IntElect series is one of the pioneering machines that introduced all-electric drive technology to the plastic injection moulding industry in the late 2000s. Unlike conventional hydraulic systems where pumps and cooling circuits run continuously, the IntElect's servo drive only activates when movement is actually required. This fundamental difference delivers 50 – 70% energy savings compared to hydraulic machines, dramatically reducing annual operating costs.
Motor System — Siemens MOTICS 3
Main Drive Motor · Water-Cooled Servo Motor
The main drive unit that controls all clamping and injection movements with high precision.
Plasticising Motor · Water-Cooled Servo Motor
Based on the same Siemens MOTICS 3 platform, this motor melts material homogeneously through precise speed and torque control; its water-cooled design ensures stable operation during long-term intensive production.
5-Axis Full Servo Control
The machine is equipped with 5 independent servo motors. Clamping, injection, screw retraction, ejector and plasticising axes all operate under full servo control. Since each axis can be programmed independently, all movements can be executed simultaneously. This architecture delivers micron-level repeatable precision, shorter cycle times and minimum mechanical loss compared to hydraulic systems.
NC4 Control System
The keyboard-based NC4 system manages all machine parameters — including injection profile, mould protection and cycle analysis — from a single screen.
Ref. no.: 18616
Manufacturer: DEMAG
Year of construction: 2007
Clamping unit
Clamping force: 80 ton
Opening stroke: 340 mm
Distance between tie bars: 370 x 370 mm
Mould height min.: 150 mm
Injection unit
Screw diameter: 25 mm
Injection volume: 51 cm³
Shot weight: 45 g
Injection pressure: 2000 bar
Measurements and weight
Dimensions: 4,3 x 1,3 x 2,3 m
Machine weight: 4750 kg
Further information:
A Technology That Stands Out in Energy Efficiency: Less Energy, Higher Precision
The Demag IntElect series is one of the pioneering machines that introduced all-electric drive technology to the plastic injection moulding industry in the late 2000s. Unlike conventional hydraulic systems where pumps and cooling circuits run continuously, the IntElect's servo drive only activates when movement is actually required. This fundamental difference delivers 50 – 70% energy savings compared to hydraulic machines, dramatically reducing annual operating costs.
Motor System — Siemens MOTICS 3
Main Drive Motor · Water-Cooled Servo Motor
The main drive unit that controls all clamping and injection movements with high precision.
Plasticising Motor · Water-Cooled Servo Motor
Based on the same Siemens MOTICS 3 platform, this motor melts material homogeneously through precise speed and torque control; its water-cooled design ensures stable operation during long-term intensive production.
5-Axis Full Servo Control
The machine is equipped with 5 independent servo motors. Clamping, injection, screw retraction, ejector and plasticising axes all operate under full servo control. Since each axis can be programmed independently, all movements can be executed simultaneously. This architecture delivers micron-level repeatable precision, shorter cycle times and minimum mechanical loss compared to hydraulic systems.
NC4 Control System
The keyboard-based NC4 system manages all machine parameters — including injection profile, mould protection and cycle analysis — from a single screen.
Manufacturer: DEMAG
Year of construction: 2007
Clamping unit
Clamping force: 80 ton
Opening stroke: 340 mm
Distance between tie bars: 370 x 370 mm
Mould height min.: 150 mm
Injection unit
Screw diameter: 25 mm
Injection volume: 51 cm³
Shot weight: 45 g
Injection pressure: 2000 bar
Measurements and weight
Dimensions: 4,3 x 1,3 x 2,3 m
Machine weight: 4750 kg
Further information:
A Technology That Stands Out in Energy Efficiency: Less Energy, Higher Precision
The Demag IntElect series is one of the pioneering machines that introduced all-electric drive technology to the plastic injection moulding industry in the late 2000s. Unlike conventional hydraulic systems where pumps and cooling circuits run continuously, the IntElect's servo drive only activates when movement is actually required. This fundamental difference delivers 50 – 70% energy savings compared to hydraulic machines, dramatically reducing annual operating costs.
Motor System — Siemens MOTICS 3
Main Drive Motor · Water-Cooled Servo Motor
The main drive unit that controls all clamping and injection movements with high precision.
Plasticising Motor · Water-Cooled Servo Motor
Based on the same Siemens MOTICS 3 platform, this motor melts material homogeneously through precise speed and torque control; its water-cooled design ensures stable operation during long-term intensive production.
5-Axis Full Servo Control
The machine is equipped with 5 independent servo motors. Clamping, injection, screw retraction, ejector and plasticising axes all operate under full servo control. Since each axis can be programmed independently, all movements can be executed simultaneously. This architecture delivers micron-level repeatable precision, shorter cycle times and minimum mechanical loss compared to hydraulic systems.
NC4 Control System
The keyboard-based NC4 system manages all machine parameters — including injection profile, mould protection and cycle analysis — from a single screen.
13
Plastic processing machinesInjection molding machinesPlastic injection molding machines
Ref. no.: 18615
Manufacturer: DEMAG
Year of construction: 2007
Clamping unit
Clamping force: 80 ton
Opening stroke: 340 mm
Distance between tie bars: 370 x 370 mm
Mould height min.: 150 mm
Injection unit
Screw diameter: 25 mm
Injection volume: 51 cm³
Shot weight: 45 g
Injection pressure: 2000 bar
Measurements and weight
Dimensions: 4,3 x 1,3 x 2,3 m
Machine weight: 4750 kg
Further information:
A Technology That Stands Out in Energy Efficiency: Less Energy, Higher Precision
The Demag IntElect series is one of the pioneering machines that introduced all-electric drive technology to the plastic injection moulding industry in the late 2000s. Unlike conventional hydraulic systems where pumps and cooling circuits run continuously, the IntElect's servo drive only activates when movement is actually required. This fundamental difference delivers 50 – 70% energy savings compared to hydraulic machines, dramatically reducing annual operating costs.
Motor System — Siemens MOTICS 3
Main Drive Motor · Water-Cooled Servo Motor
The main drive unit that controls all clamping and injection movements with high precision.
Plasticising Motor · Water-Cooled Servo Motor
Based on the same Siemens MOTICS 3 platform, this motor melts material homogeneously through precise speed and torque control; its water-cooled design ensures stable operation during long-term intensive production.
5-Axis Full Servo Control
The machine is equipped with 5 independent servo motors. Clamping, injection, screw retraction, ejector and plasticising axes all operate under full servo control. Since each axis can be programmed independently, all movements can be executed simultaneously. This architecture delivers micron-level repeatable precision, shorter cycle times and minimum mechanical loss compared to hydraulic systems.
NC4 Control System
The keyboard-based NC4 system manages all machine parameters — including injection profile, mould protection and cycle analysis — from a single screen.
Ref. no.: 18615
Manufacturer: DEMAG
Year of construction: 2007
Clamping unit
Clamping force: 80 ton
Opening stroke: 340 mm
Distance between tie bars: 370 x 370 mm
Mould height min.: 150 mm
Injection unit
Screw diameter: 25 mm
Injection volume: 51 cm³
Shot weight: 45 g
Injection pressure: 2000 bar
Measurements and weight
Dimensions: 4,3 x 1,3 x 2,3 m
Machine weight: 4750 kg
Further information:
A Technology That Stands Out in Energy Efficiency: Less Energy, Higher Precision
The Demag IntElect series is one of the pioneering machines that introduced all-electric drive technology to the plastic injection moulding industry in the late 2000s. Unlike conventional hydraulic systems where pumps and cooling circuits run continuously, the IntElect's servo drive only activates when movement is actually required. This fundamental difference delivers 50 – 70% energy savings compared to hydraulic machines, dramatically reducing annual operating costs.
Motor System — Siemens MOTICS 3
Main Drive Motor · Water-Cooled Servo Motor
The main drive unit that controls all clamping and injection movements with high precision.
Plasticising Motor · Water-Cooled Servo Motor
Based on the same Siemens MOTICS 3 platform, this motor melts material homogeneously through precise speed and torque control; its water-cooled design ensures stable operation during long-term intensive production.
5-Axis Full Servo Control
The machine is equipped with 5 independent servo motors. Clamping, injection, screw retraction, ejector and plasticising axes all operate under full servo control. Since each axis can be programmed independently, all movements can be executed simultaneously. This architecture delivers micron-level repeatable precision, shorter cycle times and minimum mechanical loss compared to hydraulic systems.
NC4 Control System
The keyboard-based NC4 system manages all machine parameters — including injection profile, mould protection and cycle analysis — from a single screen.
Manufacturer: DEMAG
Year of construction: 2007
Clamping unit
Clamping force: 80 ton
Opening stroke: 340 mm
Distance between tie bars: 370 x 370 mm
Mould height min.: 150 mm
Injection unit
Screw diameter: 25 mm
Injection volume: 51 cm³
Shot weight: 45 g
Injection pressure: 2000 bar
Measurements and weight
Dimensions: 4,3 x 1,3 x 2,3 m
Machine weight: 4750 kg
Further information:
A Technology That Stands Out in Energy Efficiency: Less Energy, Higher Precision
The Demag IntElect series is one of the pioneering machines that introduced all-electric drive technology to the plastic injection moulding industry in the late 2000s. Unlike conventional hydraulic systems where pumps and cooling circuits run continuously, the IntElect's servo drive only activates when movement is actually required. This fundamental difference delivers 50 – 70% energy savings compared to hydraulic machines, dramatically reducing annual operating costs.
Motor System — Siemens MOTICS 3
Main Drive Motor · Water-Cooled Servo Motor
The main drive unit that controls all clamping and injection movements with high precision.
Plasticising Motor · Water-Cooled Servo Motor
Based on the same Siemens MOTICS 3 platform, this motor melts material homogeneously through precise speed and torque control; its water-cooled design ensures stable operation during long-term intensive production.
5-Axis Full Servo Control
The machine is equipped with 5 independent servo motors. Clamping, injection, screw retraction, ejector and plasticising axes all operate under full servo control. Since each axis can be programmed independently, all movements can be executed simultaneously. This architecture delivers micron-level repeatable precision, shorter cycle times and minimum mechanical loss compared to hydraulic systems.
NC4 Control System
The keyboard-based NC4 system manages all machine parameters — including injection profile, mould protection and cycle analysis — from a single screen.
8
Plastic processing machinesInjection molding machinesPlastic injection molding machines
Ref. no.: 18614
Manufacturer: DEMAG
Year of construction: 2006
Clamping unit
Clamping force: 80 ton
Opening stroke: 340 mm
Distance between tie bars: 370 x 370 mm
Mould height min.: 150 mm
Injection unit
Screw diameter: 18 mm
Injection volume: 26 cm³
Shot weight: 23 g
Injection pressure: 2800 bar
Measurements and weight
Dimensions: 4,3 x1,3 x 2,3 m
Machine weight: 4750 kg
Further information:
A Technology That Stands Out in Energy Efficiency: Less Energy, Higher Precision
The Demag IntElect series is one of the pioneering machines that introduced all-electric drive technology to the plastic injection moulding industry in the late 2000s. Unlike conventional hydraulic systems where pumps and cooling circuits run continuously, the IntElect's servo drive only activates when movement is actually required. This fundamental difference delivers 50 – 70% energy savings compared to hydraulic machines, dramatically reducing annual operating costs.
Motor System — Siemens MOTICS 3
Main Drive Motor · Water-Cooled Servo Motor
The main drive unit that controls all clamping and injection movements with high precision.
Plasticising Motor · Water-Cooled Servo Motor
Based on the same Siemens MOTICS 3 platform, this motor melts material homogeneously through precise speed and torque control; its water-cooled design ensures stable operation during long-term intensive production.
5-Axis Full Servo Control
The machine is equipped with 5 independent servo motors. Clamping, injection, screw retraction, ejector and plasticising axes all operate under full servo control. Since each axis can be programmed independently, all movements can be executed simultaneously. This architecture delivers micron-level repeatable precision, shorter cycle times and minimum mechanical loss compared to hydraulic systems.
NC4 Control System
The keyboard-based NC4 system manages all machine parameters — including injection profile, mould protection and cycle analysis — from a single screen.
Ref. no.: 18614
Manufacturer: DEMAG
Year of construction: 2006
Clamping unit
Clamping force: 80 ton
Opening stroke: 340 mm
Distance between tie bars: 370 x 370 mm
Mould height min.: 150 mm
Injection unit
Screw diameter: 18 mm
Injection volume: 26 cm³
Shot weight: 23 g
Injection pressure: 2800 bar
Measurements and weight
Dimensions: 4,3 x1,3 x 2,3 m
Machine weight: 4750 kg
Further information:
A Technology That Stands Out in Energy Efficiency: Less Energy, Higher Precision
The Demag IntElect series is one of the pioneering machines that introduced all-electric drive technology to the plastic injection moulding industry in the late 2000s. Unlike conventional hydraulic systems where pumps and cooling circuits run continuously, the IntElect's servo drive only activates when movement is actually required. This fundamental difference delivers 50 – 70% energy savings compared to hydraulic machines, dramatically reducing annual operating costs.
Motor System — Siemens MOTICS 3
Main Drive Motor · Water-Cooled Servo Motor
The main drive unit that controls all clamping and injection movements with high precision.
Plasticising Motor · Water-Cooled Servo Motor
Based on the same Siemens MOTICS 3 platform, this motor melts material homogeneously through precise speed and torque control; its water-cooled design ensures stable operation during long-term intensive production.
5-Axis Full Servo Control
The machine is equipped with 5 independent servo motors. Clamping, injection, screw retraction, ejector and plasticising axes all operate under full servo control. Since each axis can be programmed independently, all movements can be executed simultaneously. This architecture delivers micron-level repeatable precision, shorter cycle times and minimum mechanical loss compared to hydraulic systems.
NC4 Control System
The keyboard-based NC4 system manages all machine parameters — including injection profile, mould protection and cycle analysis — from a single screen.
Manufacturer: DEMAG
Year of construction: 2006
Clamping unit
Clamping force: 80 ton
Opening stroke: 340 mm
Distance between tie bars: 370 x 370 mm
Mould height min.: 150 mm
Injection unit
Screw diameter: 18 mm
Injection volume: 26 cm³
Shot weight: 23 g
Injection pressure: 2800 bar
Measurements and weight
Dimensions: 4,3 x1,3 x 2,3 m
Machine weight: 4750 kg
Further information:
A Technology That Stands Out in Energy Efficiency: Less Energy, Higher Precision
The Demag IntElect series is one of the pioneering machines that introduced all-electric drive technology to the plastic injection moulding industry in the late 2000s. Unlike conventional hydraulic systems where pumps and cooling circuits run continuously, the IntElect's servo drive only activates when movement is actually required. This fundamental difference delivers 50 – 70% energy savings compared to hydraulic machines, dramatically reducing annual operating costs.
Motor System — Siemens MOTICS 3
Main Drive Motor · Water-Cooled Servo Motor
The main drive unit that controls all clamping and injection movements with high precision.
Plasticising Motor · Water-Cooled Servo Motor
Based on the same Siemens MOTICS 3 platform, this motor melts material homogeneously through precise speed and torque control; its water-cooled design ensures stable operation during long-term intensive production.
5-Axis Full Servo Control
The machine is equipped with 5 independent servo motors. Clamping, injection, screw retraction, ejector and plasticising axes all operate under full servo control. Since each axis can be programmed independently, all movements can be executed simultaneously. This architecture delivers micron-level repeatable precision, shorter cycle times and minimum mechanical loss compared to hydraulic systems.
NC4 Control System
The keyboard-based NC4 system manages all machine parameters — including injection profile, mould protection and cycle analysis — from a single screen.
13
Plastic processing machinesInjection molding machinesPlastic injection molding machines
Ref. no.: 18613
Manufacturer: DEMAG
Year of construction: 2006
Clamping unit
Clamping force: 80 ton
Opening stroke: 340 mm
Distance between tie bars: 370 x 370 mm
Mould height min.: 150 mm
Injection unit
Screw diameter: 30 mm
Injection volume: 74 cm³
Shot weight: 60 g
Injection pressure: 1390 bar
Measurements and weight
Dimensions: 4,3 x1,3 x 2,3 m
Machine weight: 4750 kg
Further information:
A Technology That Stands Out in Energy Efficiency: Less Energy, Higher Precision
The Demag IntElect series is one of the pioneering machines that introduced all-electric drive technology to the plastic injection moulding industry in the late 2000s. Unlike conventional hydraulic systems where pumps and cooling circuits run continuously, the IntElect's servo drive only activates when movement is actually required. This fundamental difference delivers 50 – 70% energy savings compared to hydraulic machines, dramatically reducing annual operating costs.
Motor System — Siemens MOTICS 3
Main Drive Motor · Water-Cooled Servo Motor
The main drive unit that controls all clamping and injection movements with high precision.
Plasticising Motor · Water-Cooled Servo Motor
Based on the same Siemens MOTICS 3 platform, this motor melts material homogeneously through precise speed and torque control; its water-cooled design ensures stable operation during long-term intensive production.
5-Axis Full Servo Control
The machine is equipped with 5 independent servo motors. Clamping, injection, screw retraction, ejector and plasticising axes all operate under full servo control. Since each axis can be programmed independently, all movements can be executed simultaneously. This architecture delivers micron-level repeatable precision, shorter cycle times and minimum mechanical loss compared to hydraulic systems.
NC4 Control System
The keyboard-based NC4 system manages all machine parameters — including injection profile, mould protection and cycle analysis — from a single screen.
Ref. no.: 18613
Manufacturer: DEMAG
Year of construction: 2006
Clamping unit
Clamping force: 80 ton
Opening stroke: 340 mm
Distance between tie bars: 370 x 370 mm
Mould height min.: 150 mm
Injection unit
Screw diameter: 30 mm
Injection volume: 74 cm³
Shot weight: 60 g
Injection pressure: 1390 bar
Measurements and weight
Dimensions: 4,3 x1,3 x 2,3 m
Machine weight: 4750 kg
Further information:
A Technology That Stands Out in Energy Efficiency: Less Energy, Higher Precision
The Demag IntElect series is one of the pioneering machines that introduced all-electric drive technology to the plastic injection moulding industry in the late 2000s. Unlike conventional hydraulic systems where pumps and cooling circuits run continuously, the IntElect's servo drive only activates when movement is actually required. This fundamental difference delivers 50 – 70% energy savings compared to hydraulic machines, dramatically reducing annual operating costs.
Motor System — Siemens MOTICS 3
Main Drive Motor · Water-Cooled Servo Motor
The main drive unit that controls all clamping and injection movements with high precision.
Plasticising Motor · Water-Cooled Servo Motor
Based on the same Siemens MOTICS 3 platform, this motor melts material homogeneously through precise speed and torque control; its water-cooled design ensures stable operation during long-term intensive production.
5-Axis Full Servo Control
The machine is equipped with 5 independent servo motors. Clamping, injection, screw retraction, ejector and plasticising axes all operate under full servo control. Since each axis can be programmed independently, all movements can be executed simultaneously. This architecture delivers micron-level repeatable precision, shorter cycle times and minimum mechanical loss compared to hydraulic systems.
NC4 Control System
The keyboard-based NC4 system manages all machine parameters — including injection profile, mould protection and cycle analysis — from a single screen.
Manufacturer: DEMAG
Year of construction: 2006
Clamping unit
Clamping force: 80 ton
Opening stroke: 340 mm
Distance between tie bars: 370 x 370 mm
Mould height min.: 150 mm
Injection unit
Screw diameter: 30 mm
Injection volume: 74 cm³
Shot weight: 60 g
Injection pressure: 1390 bar
Measurements and weight
Dimensions: 4,3 x1,3 x 2,3 m
Machine weight: 4750 kg
Further information:
A Technology That Stands Out in Energy Efficiency: Less Energy, Higher Precision
The Demag IntElect series is one of the pioneering machines that introduced all-electric drive technology to the plastic injection moulding industry in the late 2000s. Unlike conventional hydraulic systems where pumps and cooling circuits run continuously, the IntElect's servo drive only activates when movement is actually required. This fundamental difference delivers 50 – 70% energy savings compared to hydraulic machines, dramatically reducing annual operating costs.
Motor System — Siemens MOTICS 3
Main Drive Motor · Water-Cooled Servo Motor
The main drive unit that controls all clamping and injection movements with high precision.
Plasticising Motor · Water-Cooled Servo Motor
Based on the same Siemens MOTICS 3 platform, this motor melts material homogeneously through precise speed and torque control; its water-cooled design ensures stable operation during long-term intensive production.
5-Axis Full Servo Control
The machine is equipped with 5 independent servo motors. Clamping, injection, screw retraction, ejector and plasticising axes all operate under full servo control. Since each axis can be programmed independently, all movements can be executed simultaneously. This architecture delivers micron-level repeatable precision, shorter cycle times and minimum mechanical loss compared to hydraulic systems.
NC4 Control System
The keyboard-based NC4 system manages all machine parameters — including injection profile, mould protection and cycle analysis — from a single screen.
13
Plastic processing machinesInjection molding machinesPlastic injection molding machines
Ref. no.: 18612
Manufacturer: DEMAG
Year of construction: 2006
Clamping unit
Clamping force: 80 ton
Opening stroke: 340 mm
Distance between tie bars: 370 x 370 mm
Mould height min.: 150 mm
Injection unit
Screw diameter: 22 mm
Injection volume: 39 cm³
Shot weight: 35 g
Injection pressure: 2500 bar
Measurements and weight
Dimensions: 4,3 x1,3 x 2,3 m
Machine weight: 4750 kg
Further information:
A Technology That Stands Out in Energy Efficiency: Less Energy, Higher Precision
The Demag IntElect series is one of the pioneering machines that introduced all-electric drive technology to the plastic injection moulding industry in the late 2000s. Unlike conventional hydraulic systems where pumps and cooling circuits run continuously, the IntElect's servo drive only activates when movement is actually required. This fundamental difference delivers 50 – 70% energy savings compared to hydraulic machines, dramatically reducing annual operating costs.
Motor System — Siemens MOTICS 3
Main Drive Motor · Water-Cooled Servo Motor
The main drive unit that controls all clamping and injection movements with high precision.
Plasticising Motor · Water-Cooled Servo Motor
Based on the same Siemens MOTICS 3 platform, this motor melts material homogeneously through precise speed and torque control; its water-cooled design ensures stable operation during long-term intensive production.
5-Axis Full Servo Control
The machine is equipped with 5 independent servo motors. Clamping, injection, screw retraction, ejector and plasticising axes all operate under full servo control. Since each axis can be programmed independently, all movements can be executed simultaneously. This architecture delivers micron-level repeatable precision, shorter cycle times and minimum mechanical loss compared to hydraulic systems.
NC4 Control System
The keyboard-based NC4 system manages all machine parameters — including injection profile, mould protection and cycle analysis — from a single screen.
Ref. no.: 18612
Manufacturer: DEMAG
Year of construction: 2006
Clamping unit
Clamping force: 80 ton
Opening stroke: 340 mm
Distance between tie bars: 370 x 370 mm
Mould height min.: 150 mm
Injection unit
Screw diameter: 22 mm
Injection volume: 39 cm³
Shot weight: 35 g
Injection pressure: 2500 bar
Measurements and weight
Dimensions: 4,3 x1,3 x 2,3 m
Machine weight: 4750 kg
Further information:
A Technology That Stands Out in Energy Efficiency: Less Energy, Higher Precision
The Demag IntElect series is one of the pioneering machines that introduced all-electric drive technology to the plastic injection moulding industry in the late 2000s. Unlike conventional hydraulic systems where pumps and cooling circuits run continuously, the IntElect's servo drive only activates when movement is actually required. This fundamental difference delivers 50 – 70% energy savings compared to hydraulic machines, dramatically reducing annual operating costs.
Motor System — Siemens MOTICS 3
Main Drive Motor · Water-Cooled Servo Motor
The main drive unit that controls all clamping and injection movements with high precision.
Plasticising Motor · Water-Cooled Servo Motor
Based on the same Siemens MOTICS 3 platform, this motor melts material homogeneously through precise speed and torque control; its water-cooled design ensures stable operation during long-term intensive production.
5-Axis Full Servo Control
The machine is equipped with 5 independent servo motors. Clamping, injection, screw retraction, ejector and plasticising axes all operate under full servo control. Since each axis can be programmed independently, all movements can be executed simultaneously. This architecture delivers micron-level repeatable precision, shorter cycle times and minimum mechanical loss compared to hydraulic systems.
NC4 Control System
The keyboard-based NC4 system manages all machine parameters — including injection profile, mould protection and cycle analysis — from a single screen.
Manufacturer: DEMAG
Year of construction: 2006
Clamping unit
Clamping force: 80 ton
Opening stroke: 340 mm
Distance between tie bars: 370 x 370 mm
Mould height min.: 150 mm
Injection unit
Screw diameter: 22 mm
Injection volume: 39 cm³
Shot weight: 35 g
Injection pressure: 2500 bar
Measurements and weight
Dimensions: 4,3 x1,3 x 2,3 m
Machine weight: 4750 kg
Further information:
A Technology That Stands Out in Energy Efficiency: Less Energy, Higher Precision
The Demag IntElect series is one of the pioneering machines that introduced all-electric drive technology to the plastic injection moulding industry in the late 2000s. Unlike conventional hydraulic systems where pumps and cooling circuits run continuously, the IntElect's servo drive only activates when movement is actually required. This fundamental difference delivers 50 – 70% energy savings compared to hydraulic machines, dramatically reducing annual operating costs.
Motor System — Siemens MOTICS 3
Main Drive Motor · Water-Cooled Servo Motor
The main drive unit that controls all clamping and injection movements with high precision.
Plasticising Motor · Water-Cooled Servo Motor
Based on the same Siemens MOTICS 3 platform, this motor melts material homogeneously through precise speed and torque control; its water-cooled design ensures stable operation during long-term intensive production.
5-Axis Full Servo Control
The machine is equipped with 5 independent servo motors. Clamping, injection, screw retraction, ejector and plasticising axes all operate under full servo control. Since each axis can be programmed independently, all movements can be executed simultaneously. This architecture delivers micron-level repeatable precision, shorter cycle times and minimum mechanical loss compared to hydraulic systems.
NC4 Control System
The keyboard-based NC4 system manages all machine parameters — including injection profile, mould protection and cycle analysis — from a single screen.
9
Metal working and machine toolsDrilling machines and boring millsPlate boring mills
Spindeldurchmesser: 125 mmx-Weg: 8000 mmy-Weg: 3000 mmSpindelbohrung: 240 mmw-Achse: 1650 mmGesamtleistungsbedarf: . kWMaschinengewicht ca.: tRaumbedarf ca.: m
Spindeldurchmesser: 125 mm
x-Weg: 8000 mm
y-Weg: 3000 mm
Spindelbohrung: 240 mm
w-Achse: 1650 mm
Gesamtleistungsbedarf: . kW
Maschinengewicht ca.: t
Raumbedarf ca.: m
x-Weg: 8000 mm
y-Weg: 3000 mm
Spindelbohrung: 240 mm
w-Achse: 1650 mm
Gesamtleistungsbedarf: . kW
Maschinengewicht ca.: t
Raumbedarf ca.: m
6
Metal working and machine toolsLathesHeavy-duty lathes
Drehdurchmesser über Bett: 1930 mmDrehdurchmesser über Support: 1520 mmDrehlänge: 5000 mmDrehzahl: 0,5-250 U/minSpindelbohrung: 105 mmWerkstückgewicht: 35 tLünette: 1000-1600 mmSteuerung: SiemensGesamtleistungsbedarf: 106 kWMaschinengewicht ca.: tRaumbedarf ca.: m
Drehdurchmesser über Bett: 1930 mm
Drehdurchmesser über Support: 1520 mm
Drehlänge: 5000 mm
Drehzahl: 0,5-250 U/min
Spindelbohrung: 105 mm
Werkstückgewicht: 35 t
Lünette: 1000-1600 mm
Steuerung: Siemens
Gesamtleistungsbedarf: 106 kW
Maschinengewicht ca.: t
Raumbedarf ca.: m
Drehdurchmesser über Support: 1520 mm
Drehlänge: 5000 mm
Drehzahl: 0,5-250 U/min
Spindelbohrung: 105 mm
Werkstückgewicht: 35 t
Lünette: 1000-1600 mm
Steuerung: Siemens
Gesamtleistungsbedarf: 106 kW
Maschinengewicht ca.: t
Raumbedarf ca.: m
6
Metal working and machine toolsLathesCenter lathes and spindle lathes
Drehdurchmesser über Bett: 840 mmDrehdurchmesser über Support: 640 mmDrehlänge: 3300 mmSpindelbohrung: 74 mmDrehzahl: 7,1-1400 U/minDreibackenfutter: 315 mmDrehdurchmesser in der Kröpfung: 920 mmLänge der Kröpfung: 370 mmGesamtleistungsbedarf: 22 kWMaschinengewicht ca.: 10 tRaumbedarf ca.: 8x2x1,8 m
Drehdurchmesser über Bett: 840 mm
Drehdurchmesser über Support: 640 mm
Drehlänge: 3300 mm
Spindelbohrung: 74 mm
Drehzahl: 7,1-1400 U/min
Dreibackenfutter: 315 mm
Drehdurchmesser in der Kröpfung: 920 mm
Länge der Kröpfung: 370 mm
Gesamtleistungsbedarf: 22 kW
Maschinengewicht ca.: 10 t
Raumbedarf ca.: 8x2x1,8 m
Drehdurchmesser über Support: 640 mm
Drehlänge: 3300 mm
Spindelbohrung: 74 mm
Drehzahl: 7,1-1400 U/min
Dreibackenfutter: 315 mm
Drehdurchmesser in der Kröpfung: 920 mm
Länge der Kröpfung: 370 mm
Gesamtleistungsbedarf: 22 kW
Maschinengewicht ca.: 10 t
Raumbedarf ca.: 8x2x1,8 m
10
Metal working and machine toolsLathesCenter lathes and spindle lathes
Drehdurchmesser über Bett: 1450 mmDrehdurchmesser über Support: 1000 mmDrehlänge: 8000 mmSpindelbohrung: 160 mmDrehzahl: 2,8-560 U/minPlanscheibe: 1400 mmDreibackenfutter: mmBettbreite: 850 mmDrehdurchmesser in der Kröpfung: 1800 mmLänge der Kröpfung: 600 mmLünette: 650 mmSpäneförderer: kWGesamtleistungsbedarf: kWMaschinengewicht ca.: tRaumbedarf ca.: m
Drehdurchmesser über Bett: 1450 mm
Drehdurchmesser über Support: 1000 mm
Drehlänge: 8000 mm
Spindelbohrung: 160 mm
Drehzahl: 2,8-560 U/min
Planscheibe: 1400 mm
Dreibackenfutter: mm
Bettbreite: 850 mm
Drehdurchmesser in der Kröpfung: 1800 mm
Länge der Kröpfung: 600 mm
Lünette: 650 mm
Späneförderer: kW
Gesamtleistungsbedarf: kW
Maschinengewicht ca.: t
Raumbedarf ca.: m
Drehdurchmesser über Support: 1000 mm
Drehlänge: 8000 mm
Spindelbohrung: 160 mm
Drehzahl: 2,8-560 U/min
Planscheibe: 1400 mm
Dreibackenfutter: mm
Bettbreite: 850 mm
Drehdurchmesser in der Kröpfung: 1800 mm
Länge der Kröpfung: 600 mm
Lünette: 650 mm
Späneförderer: kW
Gesamtleistungsbedarf: kW
Maschinengewicht ca.: t
Raumbedarf ca.: m
3
Metal working and machine toolsLathesCenter lathes and spindle lathes
Drehdurchmesser über Bett: 1100 mmDrehdurchmesser über Support: 740 mmDrehlänge: 6000 mmSpindelbohrung: 110 mmDrehzahl: 16-1600 U/minPlanscheibe: mmGesamtleistungsbedarf: 22 kWMaschinengewicht ca.: 11 tRaumbedarf ca.: m
Drehdurchmesser über Bett: 1100 mm
Drehdurchmesser über Support: 740 mm
Drehlänge: 6000 mm
Spindelbohrung: 110 mm
Drehzahl: 16-1600 U/min
Planscheibe: mm
Gesamtleistungsbedarf: 22 kW
Maschinengewicht ca.: 11 t
Raumbedarf ca.: m
Drehdurchmesser über Support: 740 mm
Drehlänge: 6000 mm
Spindelbohrung: 110 mm
Drehzahl: 16-1600 U/min
Planscheibe: mm
Gesamtleistungsbedarf: 22 kW
Maschinengewicht ca.: 11 t
Raumbedarf ca.: m
9
Metal working and machine toolsLathesCenter lathes and spindle lathes
Drehdurchmesser über Bett: 1000 mmDrehdurchmesser über Support: 760 mmDrehlänge: 6000 mmSpindelbohrung: 82 mmDrehzahl: 4,5-900 U/minPlanscheibe: 1000 mmDreibackenfutter: 500 mmGesamtleistungsbedarf: 22 kWMaschinengewicht ca.: 10 tRaumbedarf ca.: 8x2x1,8 m
Drehdurchmesser über Bett: 1000 mm
Drehdurchmesser über Support: 760 mm
Drehlänge: 6000 mm
Spindelbohrung: 82 mm
Drehzahl: 4,5-900 U/min
Planscheibe: 1000 mm
Dreibackenfutter: 500 mm
Gesamtleistungsbedarf: 22 kW
Maschinengewicht ca.: 10 t
Raumbedarf ca.: 8x2x1,8 m
Drehdurchmesser über Support: 760 mm
Drehlänge: 6000 mm
Spindelbohrung: 82 mm
Drehzahl: 4,5-900 U/min
Planscheibe: 1000 mm
Dreibackenfutter: 500 mm
Gesamtleistungsbedarf: 22 kW
Maschinengewicht ca.: 10 t
Raumbedarf ca.: 8x2x1,8 m
10
Metal working and machine toolsLathesCenter lathes and spindle lathes
Drehdurchmesser über Bett: 1000 mmDrehdurchmesser über Support: 760 mmDrehlänge: 2750 mmSpindelbohrung: 82 mmDrehzahl: 3,55-710 U/minPlanscheibe: 1000 mmDreibackenfutter: 500 mmLünette: 2Drehdurchmesser in der Kröpfung: 1400 mmLänge der Kröpfung: 900 mmGesamtleistungsbedarf: 22 kWMaschinengewicht ca.: 10 tRaumbedarf ca.: 8x2x1,8 m
Drehdurchmesser über Bett: 1000 mm
Drehdurchmesser über Support: 760 mm
Drehlänge: 2750 mm
Spindelbohrung: 82 mm
Drehzahl: 3,55-710 U/min
Planscheibe: 1000 mm
Dreibackenfutter: 500 mm
Lünette: 2
Drehdurchmesser in der Kröpfung: 1400 mm
Länge der Kröpfung: 900 mm
Gesamtleistungsbedarf: 22 kW
Maschinengewicht ca.: 10 t
Raumbedarf ca.: 8x2x1,8 m
Drehdurchmesser über Support: 760 mm
Drehlänge: 2750 mm
Spindelbohrung: 82 mm
Drehzahl: 3,55-710 U/min
Planscheibe: 1000 mm
Dreibackenfutter: 500 mm
Lünette: 2
Drehdurchmesser in der Kröpfung: 1400 mm
Länge der Kröpfung: 900 mm
Gesamtleistungsbedarf: 22 kW
Maschinengewicht ca.: 10 t
Raumbedarf ca.: 8x2x1,8 m
10
Metal working and machine toolsLathesLathes
Drehdurchmesser: 820 mmDrehlänge: 6000 mmDrehdurchmesser über Support: 520 mmSteuerung: SiemensTyp: 805Reitstock-Pinolenaufnahme MK: 6Getriebestufen: 2Drehzahl: 8-1600 U/minBettbreite: 560 mmSpindelbohrung: 128 mmPlanscheibe: 600 mmDreibackenfutter Forckrath: 400 mmLünette: 250-500 mmPinolendurchmesser: 125 mmPinolenhub: 280 mmGesamtleistungsbedarf: KVAMaschinengewicht ca.: 12 tRaumbedarf ca.: 9,5x2,5x2,5 m
Drehdurchmesser: 820 mm
Drehlänge: 6000 mm
Drehdurchmesser über Support: 520 mm
Steuerung: Siemens
Typ: 805
Reitstock-Pinolenaufnahme MK: 6
Getriebestufen: 2
Drehzahl: 8-1600 U/min
Bettbreite: 560 mm
Spindelbohrung: 128 mm
Planscheibe: 600 mm
Dreibackenfutter Forckrath: 400 mm
Lünette: 250-500 mm
Pinolendurchmesser: 125 mm
Pinolenhub: 280 mm
Gesamtleistungsbedarf: KVA
Maschinengewicht ca.: 12 t
Raumbedarf ca.: 9,5x2,5x2,5 m
Drehlänge: 6000 mm
Drehdurchmesser über Support: 520 mm
Steuerung: Siemens
Typ: 805
Reitstock-Pinolenaufnahme MK: 6
Getriebestufen: 2
Drehzahl: 8-1600 U/min
Bettbreite: 560 mm
Spindelbohrung: 128 mm
Planscheibe: 600 mm
Dreibackenfutter Forckrath: 400 mm
Lünette: 250-500 mm
Pinolendurchmesser: 125 mm
Pinolenhub: 280 mm
Gesamtleistungsbedarf: KVA
Maschinengewicht ca.: 12 t
Raumbedarf ca.: 9,5x2,5x2,5 m
6
Metal working and machine toolsAccessories and spare partsOther
Planscheibendurchmesser: 610 mmVerstellung: 200 +/- mmSpindelbohrung: 102 mmGesamtleistungsbedarf: kWMaschinengewicht ca.: tRaumbedarf ca.: m
Planscheibendurchmesser: 610 mm
Verstellung: 200 +/- mm
Spindelbohrung: 102 mm
Gesamtleistungsbedarf: kW
Maschinengewicht ca.: t
Raumbedarf ca.: m
Verstellung: 200 +/- mm
Spindelbohrung: 102 mm
Gesamtleistungsbedarf: kW
Maschinengewicht ca.: t
Raumbedarf ca.: m
7
Metal working and machine toolsMilling machinesUniversal tool milling machines
Macmon M100 Universalfräsmaschine mit Vertikalkopf-Frässpindel-Anzahl der Spindeldrehzahlen: 16-Spindeldrehzahlen: 40, 63, 80, 100, 125, 160, 200, 250, 320, 400, 500, 630, 800, 1000, 1250, 2000 U/min-Spindel-Innenkegel: ISO 40-Spannzangenbohrung bis: 25 mm Ø-Spindelblock-Spindelblockverschiebung von Hand: 170 mm-Senkrechtfrästisch-Größe der Aufspannfläche: 640 × 195 mm-2 T-Nuten, Breite/Abstand: 12 / 90 mm-Längsbewegung selbsttätig/von Hand: 290 / 310 mm-Senkrechtbewegung selbsttätig/von Hand: 310 / 340 mm-Vorschubgetriebe-Anzahl der Vorschübe: 16-Größe der Vorschübe (mm/min): 9, 14, 18, 22,4, 28, 35,5, 45, 56, 71, 90, 112, 140, 180, 224, 280, 450-Bewegungsspindeln-Längsbewegung des Tisches (1 Umdrehung): 5 mm-Senkrechtbewegung des Tisches (1 Umdrehung): 2,5 mm-Spindelblockbewegung (1 Umdrehung): 2 mm-1 Teilstrich (längs u. senkrecht): 0,02 mm-1 Teilstrich (quer): 0,01 mm-Antriebsmotor-Leistung: 1,3 / 1,8 kW-Drehzahl: 700 / 1400 U/min-Übertragungselemente-2 Keilriemen DIN 2215: 13 × 8 × 1500 mm (Innenlänge)Abmaße:LxBxH 1,0x1,0x1,3 Meter / Gewicht 700Kg
Macmon M100 Universalfräsmaschine mit Vertikalkopf
-Frässpindel
-Anzahl der Spindeldrehzahlen: 16
-Spindeldrehzahlen: 40, 63, 80, 100, 125, 160, 200, 250, 320, 400, 500, 630, 800, 1000, 1250, 2000 U/min
-Spindel-Innenkegel: ISO 40
-Spannzangenbohrung bis: 25 mm Ø
-Spindelblock
-Spindelblockverschiebung von Hand: 170 mm
-Senkrechtfrästisch
-Größe der Aufspannfläche: 640 × 195 mm
-2 T-Nuten, Breite/Abstand: 12 / 90 mm
-Längsbewegung selbsttätig/von Hand: 290 / 310 mm
-Senkrechtbewegung selbsttätig/von Hand: 310 / 340 mm
-Vorschubgetriebe
-Anzahl der Vorschübe: 16
-Größe der Vorschübe (mm/min): 9, 14, 18, 22,4, 28, 35,5, 45, 56, 71, 90, 112, 140, 180, 224, 280, 450
-Bewegungsspindeln
-Längsbewegung des Tisches (1 Umdrehung): 5 mm
-Senkrechtbewegung des Tisches (1 Umdrehung): 2,5 mm
-Spindelblockbewegung (1 Umdrehung): 2 mm
-1 Teilstrich (längs u. senkrecht): 0,02 mm
-1 Teilstrich (quer): 0,01 mm
-Antriebsmotor
-Leistung: 1,3 / 1,8 kW
-Drehzahl: 700 / 1400 U/min
-Übertragungselemente
-2 Keilriemen DIN 2215: 13 × 8 × 1500 mm (Innenlänge)
Abmaße:
LxBxH 1,0x1,0x1,3 Meter / Gewicht 700Kg
-Frässpindel
-Anzahl der Spindeldrehzahlen: 16
-Spindeldrehzahlen: 40, 63, 80, 100, 125, 160, 200, 250, 320, 400, 500, 630, 800, 1000, 1250, 2000 U/min
-Spindel-Innenkegel: ISO 40
-Spannzangenbohrung bis: 25 mm Ø
-Spindelblock
-Spindelblockverschiebung von Hand: 170 mm
-Senkrechtfrästisch
-Größe der Aufspannfläche: 640 × 195 mm
-2 T-Nuten, Breite/Abstand: 12 / 90 mm
-Längsbewegung selbsttätig/von Hand: 290 / 310 mm
-Senkrechtbewegung selbsttätig/von Hand: 310 / 340 mm
-Vorschubgetriebe
-Anzahl der Vorschübe: 16
-Größe der Vorschübe (mm/min): 9, 14, 18, 22,4, 28, 35,5, 45, 56, 71, 90, 112, 140, 180, 224, 280, 450
-Bewegungsspindeln
-Längsbewegung des Tisches (1 Umdrehung): 5 mm
-Senkrechtbewegung des Tisches (1 Umdrehung): 2,5 mm
-Spindelblockbewegung (1 Umdrehung): 2 mm
-1 Teilstrich (längs u. senkrecht): 0,02 mm
-1 Teilstrich (quer): 0,01 mm
-Antriebsmotor
-Leistung: 1,3 / 1,8 kW
-Drehzahl: 700 / 1400 U/min
-Übertragungselemente
-2 Keilriemen DIN 2215: 13 × 8 × 1500 mm (Innenlänge)
Abmaße:
LxBxH 1,0x1,0x1,3 Meter / Gewicht 700Kg
4
Metal working and machine toolsSheet metal working machinesPipe-bending machines
Flexion modulus: 4 cm³
Standard steel tube: 42 x 3 mm
Furniture tube: 48 x 1,5 mm
FE35 (for hydraulic tubes): 42 x 4 mm
Stainless steel AISI304-318: 42 x 3 mm
Stainless steel AISI308 (food industry): 42 x 2,5 mm
Brass soft: 50 x 3 mm
Hard copper and aluminium: 54 x 2 mm
Soft copper: 60 x 2 mm
Conduit tube (TAZ): 60 x 2 mm
Mepla, Gebereit and similar: 50 x 4 mm
Roundbar solid (S275JO): 30 mm
Flatsteel solid (S275JO): 40x20 (liegend), 40x12 (stehend) mm
Max. bending radius: 260 mm
Min. bending radius: 10 mm
Max. bending speed: 4 r/min
Motor: 1.1 kW
Length: 400 mm
Width: 570 mm
Height: 1000 mm
Weight: 80 kg
Flexion modulus: 4 cm³
Standard steel tube: 42 x 3 mm
Furniture tube: 48 x 1,5 mm
FE35 (for hydraulic tubes): 42 x 4 mm
Stainless steel AISI304-318: 42 x 3 mm
Stainless steel AISI308 (food industry): 42 x 2,5 mm
Brass soft: 50 x 3 mm
Hard copper and aluminium: 54 x 2 mm
Soft copper: 60 x 2 mm
Conduit tube (TAZ): 60 x 2 mm
Mepla, Gebereit and similar: 50 x 4 mm
Roundbar solid (S275JO): 30 mm
Flatsteel solid (S275JO): 40x20 (liegend), 40x12 (stehend) mm
Max. bending radius: 260 mm
Min. bending radius: 10 mm
Max. bending speed: 4 r/min
Motor: 1.1 kW
Length: 400 mm
Width: 570 mm
Height: 1000 mm
Weight: 80 kg
Standard steel tube: 42 x 3 mm
Furniture tube: 48 x 1,5 mm
FE35 (for hydraulic tubes): 42 x 4 mm
Stainless steel AISI304-318: 42 x 3 mm
Stainless steel AISI308 (food industry): 42 x 2,5 mm
Brass soft: 50 x 3 mm
Hard copper and aluminium: 54 x 2 mm
Soft copper: 60 x 2 mm
Conduit tube (TAZ): 60 x 2 mm
Mepla, Gebereit and similar: 50 x 4 mm
Roundbar solid (S275JO): 30 mm
Flatsteel solid (S275JO): 40x20 (liegend), 40x12 (stehend) mm
Max. bending radius: 260 mm
Min. bending radius: 10 mm
Max. bending speed: 4 r/min
Motor: 1.1 kW
Length: 400 mm
Width: 570 mm
Height: 1000 mm
Weight: 80 kg
11
Metal working and machine toolsLathes
Swing over bed: 320 mm
Distance between centers: 650 mm
Centre height: 160 mm
Spindle bore: 40 mm
swing over cross slide: 192 mm
Width of bed: 205 mm
Spindle nose / DIN55027: 5
Spindle taper: 5 M
Spindle speed steps: 16
Spindle revs: 48 - 2500 rpm
Number of feeds: 24
Longitudinal feed range: 0.02 - 0.63 mm/r
Cross feed range: 0.006 - 0.2 mm/r
Metric thread range: 0.25 - 8 mm
Module thread range: 0.2 - 4
Cross slide travel: 150 mm
Top slide travel: 100 mm
Tailstock quill diameter: 40 mm
Tailstock quill taper: 3 MK
Tailstock travel: 85 mm
Motor: 2,4 / 3 kW
Length: 1582 mm
Width: 715 mm
Height: 1245 mm
Weight: 680 kg
Swing over bed: 320 mm
Distance between centers: 650 mm
Centre height: 160 mm
Spindle bore: 40 mm
swing over cross slide: 192 mm
Width of bed: 205 mm
Spindle nose / DIN55027: 5
Spindle taper: 5 M
Spindle speed steps: 16
Spindle revs: 48 - 2500 rpm
Number of feeds: 24
Longitudinal feed range: 0.02 - 0.63 mm/r
Cross feed range: 0.006 - 0.2 mm/r
Metric thread range: 0.25 - 8 mm
Module thread range: 0.2 - 4
Cross slide travel: 150 mm
Top slide travel: 100 mm
Tailstock quill diameter: 40 mm
Tailstock quill taper: 3 MK
Tailstock travel: 85 mm
Motor: 2,4 / 3 kW
Length: 1582 mm
Width: 715 mm
Height: 1245 mm
Weight: 680 kg
Distance between centers: 650 mm
Centre height: 160 mm
Spindle bore: 40 mm
swing over cross slide: 192 mm
Width of bed: 205 mm
Spindle nose / DIN55027: 5
Spindle taper: 5 M
Spindle speed steps: 16
Spindle revs: 48 - 2500 rpm
Number of feeds: 24
Longitudinal feed range: 0.02 - 0.63 mm/r
Cross feed range: 0.006 - 0.2 mm/r
Metric thread range: 0.25 - 8 mm
Module thread range: 0.2 - 4
Cross slide travel: 150 mm
Top slide travel: 100 mm
Tailstock quill diameter: 40 mm
Tailstock quill taper: 3 MK
Tailstock travel: 85 mm
Motor: 2,4 / 3 kW
Length: 1582 mm
Width: 715 mm
Height: 1245 mm
Weight: 680 kg
10
Metal working and machine toolsLathes
Swing over bed: 320 mm
Distance between centers: 650 mm
Centre height: 160 mm
Spindle bore: 40 mm
swing over cross slide: 192 mm
Width of bed: 205 mm
Spindle nose / DIN55027: 5
Spindle taper: 5 M
Spindle speed steps: 16
Spindle revs: 48 - 2500 rpm
Number of feeds: 24
Longitudinal feed range: 0.02 - 0.63 mm/r
Cross feed range: 0.006 - 0.2 mm/r
Metric thread range: 0.25 - 8 mm
Inch thread range: 80 - 2 Tpi
Module thread range: 0.2 - 4
DP thread range: 200 - 5
Cross slide travel: 150 mm
Top slide travel: 100 mm
Tailstock quill diameter: 40 mm
Tailstock quill taper: 3 MK
Tailstock travel: 85 mm
Motor: 2,4 / 3 kW
Length: 1582 mm
Width: 715 mm
Height: 1245 mm
Weight: 720 kg
Swing over bed: 320 mm
Distance between centers: 650 mm
Centre height: 160 mm
Spindle bore: 40 mm
swing over cross slide: 192 mm
Width of bed: 205 mm
Spindle nose / DIN55027: 5
Spindle taper: 5 M
Spindle speed steps: 16
Spindle revs: 48 - 2500 rpm
Number of feeds: 24
Longitudinal feed range: 0.02 - 0.63 mm/r
Cross feed range: 0.006 - 0.2 mm/r
Metric thread range: 0.25 - 8 mm
Inch thread range: 80 - 2 Tpi
Module thread range: 0.2 - 4
DP thread range: 200 - 5
Cross slide travel: 150 mm
Top slide travel: 100 mm
Tailstock quill diameter: 40 mm
Tailstock quill taper: 3 MK
Tailstock travel: 85 mm
Motor: 2,4 / 3 kW
Length: 1582 mm
Width: 715 mm
Height: 1245 mm
Weight: 720 kg
Distance between centers: 650 mm
Centre height: 160 mm
Spindle bore: 40 mm
swing over cross slide: 192 mm
Width of bed: 205 mm
Spindle nose / DIN55027: 5
Spindle taper: 5 M
Spindle speed steps: 16
Spindle revs: 48 - 2500 rpm
Number of feeds: 24
Longitudinal feed range: 0.02 - 0.63 mm/r
Cross feed range: 0.006 - 0.2 mm/r
Metric thread range: 0.25 - 8 mm
Inch thread range: 80 - 2 Tpi
Module thread range: 0.2 - 4
DP thread range: 200 - 5
Cross slide travel: 150 mm
Top slide travel: 100 mm
Tailstock quill diameter: 40 mm
Tailstock quill taper: 3 MK
Tailstock travel: 85 mm
Motor: 2,4 / 3 kW
Length: 1582 mm
Width: 715 mm
Height: 1245 mm
Weight: 720 kg
10
Metal working and machine toolsLathes
Swing over bed: 320 mm
Distance between centers: 650 mm
Centre height: 160 mm
Spindle bore: 40 mm
swing over cross slide: 192 mm
Width of bed: 205 mm
Spindle nose / DIN55027: 5
Spindle taper: 5 M
Spindle speed steps: 16
Spindle revs: 48 - 2500 rpm
Number of feeds: 24
Longitudinal feed range: 0.02 - 0.63 mm/r
Cross feed range: 0.006 - 0.2 mm/r
Metric thread range: 0.25 - 8 mm
Inch thread range: 80 - 2 Tpi
Module thread range: 0.2 - 4
DP thread range: 200 - 5
Cross slide travel: 150 mm
Top slide travel: 100 mm
Tailstock quill diameter: 40 mm
Tailstock quill taper: 3 MK
Tailstock travel: 85 mm
Motor: 2,4 / 3 kW
Length: 1582 mm
Width: 715 mm
Height: 1245 mm
Weight: 720 kg
Swing over bed: 320 mm
Distance between centers: 650 mm
Centre height: 160 mm
Spindle bore: 40 mm
swing over cross slide: 192 mm
Width of bed: 205 mm
Spindle nose / DIN55027: 5
Spindle taper: 5 M
Spindle speed steps: 16
Spindle revs: 48 - 2500 rpm
Number of feeds: 24
Longitudinal feed range: 0.02 - 0.63 mm/r
Cross feed range: 0.006 - 0.2 mm/r
Metric thread range: 0.25 - 8 mm
Inch thread range: 80 - 2 Tpi
Module thread range: 0.2 - 4
DP thread range: 200 - 5
Cross slide travel: 150 mm
Top slide travel: 100 mm
Tailstock quill diameter: 40 mm
Tailstock quill taper: 3 MK
Tailstock travel: 85 mm
Motor: 2,4 / 3 kW
Length: 1582 mm
Width: 715 mm
Height: 1245 mm
Weight: 720 kg
Distance between centers: 650 mm
Centre height: 160 mm
Spindle bore: 40 mm
swing over cross slide: 192 mm
Width of bed: 205 mm
Spindle nose / DIN55027: 5
Spindle taper: 5 M
Spindle speed steps: 16
Spindle revs: 48 - 2500 rpm
Number of feeds: 24
Longitudinal feed range: 0.02 - 0.63 mm/r
Cross feed range: 0.006 - 0.2 mm/r
Metric thread range: 0.25 - 8 mm
Inch thread range: 80 - 2 Tpi
Module thread range: 0.2 - 4
DP thread range: 200 - 5
Cross slide travel: 150 mm
Top slide travel: 100 mm
Tailstock quill diameter: 40 mm
Tailstock quill taper: 3 MK
Tailstock travel: 85 mm
Motor: 2,4 / 3 kW
Length: 1582 mm
Width: 715 mm
Height: 1245 mm
Weight: 720 kg
3
Metal working and machine toolsPlaners
Klopp 1000 SchnellhoblerGesamtbreite: 150 cmGesamtlänge: 3.330 cmGesamthöhe: 170 cmHobelbreite: 750 mmArbeitslänge: 1000 mmTischbreite: 900 mm
Klopp 1000 Schnellhobler
Gesamtbreite: 150 cm
Gesamtlänge: 3.330 cm
Gesamthöhe: 170 cm
Hobelbreite: 750 mm
Arbeitslänge: 1000 mm
Tischbreite: 900 mm
Gesamtbreite: 150 cm
Gesamtlänge: 3.330 cm
Gesamthöhe: 170 cm
Hobelbreite: 750 mm
Arbeitslänge: 1000 mm
Tischbreite: 900 mm
7
Metal working and machine toolsOther
Kühlmittel - Filteranlage KNOLL KF 600 / 1500<br /><br /><br />-CE -Kennung<br />-Kühlmittelbehälter<br />-Papierbandfilter<br />-Steuerung - OP 3<br />-Kühlmittelpumpen<br /><br />Abmaße:<br />LxBxH 2,4x1,2x1,5 Meter / Gewicht 1200Kg
Kühlmittel - Filteranlage KNOLL KF 600 / 1500<br /><br /><br />-CE -Kennung<br />-Kühlmittelbehälter<br />-Papierbandfilter<br />-Steuerung - OP 3<br />-Kühlmittelpumpen<br /><br />Abmaße:<br />LxBxH 2,4x1,2x1,5 Meter / Gewicht 1200Kg
9
Metal working and machine toolsOther
Liebherr / Lorenz S800 Zahnrad - Abwälzfräsmaschine-Max. Werkstücklänge mit Gegenhalter 600mm-Max. Werkstücklänge bei zurückgezogenem Gegenhalter 800mm-Max. Weg des Frässchlitten 360mm-Größte fräsbare Teilung bei größtem Werkstück 5 Pi / im Normalleistungsbereich 8 Pi-Aufnahmekegel - Frässpindel MK 5-Fräsdorn 22/27/32/40mm-Max. Fräserdurchmesser 186mm-Max. Fräserlänge 170mm-Max. Fräserverschiebung 80mm-Fräserdrehzahlen 40-220 U/min-Vorschübe stufenlos regelbar / Horizontal-Vorschübe stufenlos regelbar / Vertikal-Vorschübe stufenlos regelbar / Tangential-Aufspanntisch ohne Wasserrand 550mm-Aufspanntischbohrung 100mm-Aufspanndornkegel MK5Zubehör:1x Palette Wechselräder1x Palette Abwälzfräser1x Palette AufspanndorneDokumentationMaschinenfüßeAbmaße:LxBxH 3,6x1,8x1,9 Meter /Gewicht 5000Kg
Liebherr / Lorenz S800 Zahnrad - Abwälzfräsmaschine
-Max. Werkstücklänge mit Gegenhalter 600mm
-Max. Werkstücklänge bei zurückgezogenem Gegenhalter 800mm
-Max. Weg des Frässchlitten 360mm
-Größte fräsbare Teilung bei größtem Werkstück 5 Pi / im Normalleistungsbereich 8 Pi
-Aufnahmekegel - Frässpindel MK 5
-Fräsdorn 22/27/32/40mm
-Max. Fräserdurchmesser 186mm
-Max. Fräserlänge 170mm
-Max. Fräserverschiebung 80mm
-Fräserdrehzahlen 40-220 U/min
-Vorschübe stufenlos regelbar / Horizontal
-Vorschübe stufenlos regelbar / Vertikal
-Vorschübe stufenlos regelbar / Tangential
-Aufspanntisch ohne Wasserrand 550mm
-Aufspanntischbohrung 100mm
-Aufspanndornkegel MK5
Zubehör:
1x Palette Wechselräder
1x Palette Abwälzfräser
1x Palette Aufspanndorne
Dokumentation
Maschinenfüße
Abmaße:
LxBxH 3,6x1,8x1,9 Meter /Gewicht 5000Kg
-Max. Werkstücklänge mit Gegenhalter 600mm
-Max. Werkstücklänge bei zurückgezogenem Gegenhalter 800mm
-Max. Weg des Frässchlitten 360mm
-Größte fräsbare Teilung bei größtem Werkstück 5 Pi / im Normalleistungsbereich 8 Pi
-Aufnahmekegel - Frässpindel MK 5
-Fräsdorn 22/27/32/40mm
-Max. Fräserdurchmesser 186mm
-Max. Fräserlänge 170mm
-Max. Fräserverschiebung 80mm
-Fräserdrehzahlen 40-220 U/min
-Vorschübe stufenlos regelbar / Horizontal
-Vorschübe stufenlos regelbar / Vertikal
-Vorschübe stufenlos regelbar / Tangential
-Aufspanntisch ohne Wasserrand 550mm
-Aufspanntischbohrung 100mm
-Aufspanndornkegel MK5
Zubehör:
1x Palette Wechselräder
1x Palette Abwälzfräser
1x Palette Aufspanndorne
Dokumentation
Maschinenfüße
Abmaße:
LxBxH 3,6x1,8x1,9 Meter /Gewicht 5000Kg
8
Metal working and machine toolsLathesCenter lathes and spindle lathes
WEILER Praktikant 800R Leit & Zugspindeldrehmaschine-Drehdurchmesser über Bett 300mm-Drehdurchmesser über Support 150mm-Drehlänge 800mm-Spindelbohrung 42mm-Drehzahlbereich 40 - 2000 U/min-Automatische Längs / Planvorschübe-Gewinde / Metrisch / Zoll-Reitstock MK 3-Antriebsleistung 3KW-Multifix mit Einsätzen-Dreibackenfutter 160mm-Futterschutz-Spänerückwand mit Arbeitsleuchte-Wechselräder-Bohrfutter-Stangendurchlass 42mm-Werkzeugschrank-DokumentationAbmaße:LxBxH 1,8x0,8x1,6 Meter / Gewicht 750Kg
WEILER Praktikant 800R Leit & Zugspindeldrehmaschine
-Drehdurchmesser über Bett 300mm
-Drehdurchmesser über Support 150mm
-Drehlänge 800mm
-Spindelbohrung 42mm
-Drehzahlbereich 40 - 2000 U/min
-Automatische Längs / Planvorschübe
-Gewinde / Metrisch / Zoll
-Reitstock MK 3
-Antriebsleistung 3KW
-Multifix mit Einsätzen
-Dreibackenfutter 160mm
-Futterschutz
-Spänerückwand mit Arbeitsleuchte
-Wechselräder
-Bohrfutter
-Stangendurchlass 42mm
-Werkzeugschrank
-Dokumentation
Abmaße:
LxBxH 1,8x0,8x1,6 Meter / Gewicht 750Kg
-Drehdurchmesser über Bett 300mm
-Drehdurchmesser über Support 150mm
-Drehlänge 800mm
-Spindelbohrung 42mm
-Drehzahlbereich 40 - 2000 U/min
-Automatische Längs / Planvorschübe
-Gewinde / Metrisch / Zoll
-Reitstock MK 3
-Antriebsleistung 3KW
-Multifix mit Einsätzen
-Dreibackenfutter 160mm
-Futterschutz
-Spänerückwand mit Arbeitsleuchte
-Wechselräder
-Bohrfutter
-Stangendurchlass 42mm
-Werkzeugschrank
-Dokumentation
Abmaße:
LxBxH 1,8x0,8x1,6 Meter / Gewicht 750Kg
9
Metal working and machine toolsSanding machinesSurface grinding machines
ELB - SWN 5 VA II Flachschleifmaschine-Schleifbereich X/Y/Z 525x375x255mm-Magnetplatte 700x300mm-Tischaufspannfläche 900x250mm-Tischlängshub 10-625mm-Tischbelastung max. 280Kg-Tischvorschub 1-30 m/min-Pendelschleifen 3-30 m/min-Abstand - Tisch bis Spindelmitte 525mm-Vertikal Vorschubgeschwindigkeit 2-180 mm/min-Zustellgröße - regelbar 0,001-2mm-Schleifscheibendrehzahl 3000 U/min-Kühlmitteleinrichtung-Maschinenfüße-Dokumentation-KOMPLETTE TECHNISCHE DATEN SIEHE FOTOSAbmaße:LxBxH 2,7x2,2x2 Meter / Gewicht 3500Kg
ELB - SWN 5 VA II Flachschleifmaschine
-Schleifbereich X/Y/Z 525x375x255mm
-Magnetplatte 700x300mm
-Tischaufspannfläche 900x250mm
-Tischlängshub 10-625mm
-Tischbelastung max. 280Kg
-Tischvorschub 1-30 m/min
-Pendelschleifen 3-30 m/min
-Abstand - Tisch bis Spindelmitte 525mm
-Vertikal Vorschubgeschwindigkeit 2-180 mm/min
-Zustellgröße - regelbar 0,001-2mm
-Schleifscheibendrehzahl 3000 U/min
-Kühlmitteleinrichtung
-Maschinenfüße
-Dokumentation
-KOMPLETTE TECHNISCHE DATEN SIEHE FOTOS
Abmaße:
LxBxH 2,7x2,2x2 Meter / Gewicht 3500Kg
-Schleifbereich X/Y/Z 525x375x255mm
-Magnetplatte 700x300mm
-Tischaufspannfläche 900x250mm
-Tischlängshub 10-625mm
-Tischbelastung max. 280Kg
-Tischvorschub 1-30 m/min
-Pendelschleifen 3-30 m/min
-Abstand - Tisch bis Spindelmitte 525mm
-Vertikal Vorschubgeschwindigkeit 2-180 mm/min
-Zustellgröße - regelbar 0,001-2mm
-Schleifscheibendrehzahl 3000 U/min
-Kühlmitteleinrichtung
-Maschinenfüße
-Dokumentation
-KOMPLETTE TECHNISCHE DATEN SIEHE FOTOS
Abmaße:
LxBxH 2,7x2,2x2 Meter / Gewicht 3500Kg
7
Metal working and machine toolsOther
Zentriermaschine - KUHN KAZ 80-2-Max. Werkstückdurchmesser / rund 80mm-Max. Werkstückdurchmesser / vierkant 60mm-Zentrierlänge - Endlos-Spanneinheit mit selbstzentrierendem Schraubstock-Spindelantrieb 1,8 KW-Bohrfutter-Spänewanne-Anschlußkabel-Staplereinschub zwecks TransportAbmaße:LxBxH 1,7x0,7x1,4 Meter / Gewicht 600 Kg
Zentriermaschine - KUHN KAZ 80-2
-Max. Werkstückdurchmesser / rund 80mm
-Max. Werkstückdurchmesser / vierkant 60mm
-Zentrierlänge - Endlos
-Spanneinheit mit selbstzentrierendem Schraubstock
-Spindelantrieb 1,8 KW
-Bohrfutter
-Spänewanne
-Anschlußkabel
-Staplereinschub zwecks Transport
Abmaße:
LxBxH 1,7x0,7x1,4 Meter / Gewicht 600 Kg
-Max. Werkstückdurchmesser / rund 80mm
-Max. Werkstückdurchmesser / vierkant 60mm
-Zentrierlänge - Endlos
-Spanneinheit mit selbstzentrierendem Schraubstock
-Spindelantrieb 1,8 KW
-Bohrfutter
-Spänewanne
-Anschlußkabel
-Staplereinschub zwecks Transport
Abmaße:
LxBxH 1,7x0,7x1,4 Meter / Gewicht 600 Kg
7
Metal working and machine toolsSawingBelt saws
Metallbandsäge MEBA 320 DG halbautomatisch hydraulisch- Halbautomatik- Hydraulischer Betrieb- Stufenlos einstellbare Bandsägegeschwindigkeit- Gehrungsschnitte möglich- Hydraulische Klemmung der Gehrungseinstellung- Hydraulisch regelbarer Sägedruck- Vollhydraulische Materialspannung- Kühlmitteleinrichtung- Automatische Abschaltung- Not-Aus- Anschluss: 400 V- Schnittbereich: Rundmaterial: bis Ø 320 mm
Metallbandsäge MEBA 320 DG halbautomatisch hydraulisch
- Halbautomatik
- Hydraulischer Betrieb
- Stufenlos einstellbare Bandsägegeschwindigkeit
- Gehrungsschnitte möglich
- Hydraulische Klemmung der Gehrungseinstellung
- Hydraulisch regelbarer Sägedruck
- Vollhydraulische Materialspannung
- Kühlmitteleinrichtung
- Automatische Abschaltung
- Not-Aus
- Anschluss: 400 V
- Schnittbereich: Rundmaterial: bis Ø 320 mm
- Halbautomatik
- Hydraulischer Betrieb
- Stufenlos einstellbare Bandsägegeschwindigkeit
- Gehrungsschnitte möglich
- Hydraulische Klemmung der Gehrungseinstellung
- Hydraulisch regelbarer Sägedruck
- Vollhydraulische Materialspannung
- Kühlmitteleinrichtung
- Automatische Abschaltung
- Not-Aus
- Anschluss: 400 V
- Schnittbereich: Rundmaterial: bis Ø 320 mm
1
Metal working and machine toolsLathesCenter lathes and spindle lathes
Leit & Zugspindeldrehmaschine GALLIC 16 N mit Digitalanzeige ACU-Rite- Drehdurchmesser über Support 200mm- Drehdurchmesser über Bett 320mm- Spitzenhöhe 160mm- Spitzenweite 1000mm- Drehzahlbereich 45-2500 U/min- Spindelbohrung 40mm- Automatische Vorschübe X/Z AchseLxBxH 2,4x1x1,7 Meter / Gewicht 1600Kg
Leit & Zugspindeldrehmaschine GALLIC 16 N mit Digitalanzeige ACU-Rite
- Drehdurchmesser über Support 200mm
- Drehdurchmesser über Bett 320mm
- Spitzenhöhe 160mm
- Spitzenweite 1000mm
- Drehzahlbereich 45-2500 U/min
- Spindelbohrung 40mm
- Automatische Vorschübe X/Z Achse
LxBxH 2,4x1x1,7 Meter / Gewicht 1600Kg
- Drehdurchmesser über Support 200mm
- Drehdurchmesser über Bett 320mm
- Spitzenhöhe 160mm
- Spitzenweite 1000mm
- Drehzahlbereich 45-2500 U/min
- Spindelbohrung 40mm
- Automatische Vorschübe X/Z Achse
LxBxH 2,4x1x1,7 Meter / Gewicht 1600Kg
11
Metal working and machine toolsSanding machinesSurface grinding machines
Flachschleifmaschine ELB SWB06-VAII-Schleiflänge 600mm-Schleifbreite 500mm-Spindeldrehzahl 1400/2800 U/min-Z - Zustellung / Automatisch / Manuell-Y - Zustellung / Automatisch / Manuell-Schleifbewegung / Automatisch / Manuell-Magnetgröße 600x500mm-Automatische Zustellung-Schleifscheiben - Abzieheinrichtung-Schleifscheibendurchmesser max. 300mm-Kühlmitteleinrichtung-Antriebsleitung ca. 6 KWAbmaße:LxBxH 2,6x2,2x2,5 Meter / Gewicht 3500Kg
Flachschleifmaschine ELB SWB06-VAII
-Schleiflänge 600mm
-Schleifbreite 500mm
-Spindeldrehzahl 1400/2800 U/min
-Z - Zustellung / Automatisch / Manuell
-Y - Zustellung / Automatisch / Manuell
-Schleifbewegung / Automatisch / Manuell
-Magnetgröße 600x500mm
-Automatische Zustellung
-Schleifscheiben - Abzieheinrichtung
-Schleifscheibendurchmesser max. 300mm
-Kühlmitteleinrichtung
-Antriebsleitung ca. 6 KW
Abmaße:
LxBxH 2,6x2,2x2,5 Meter / Gewicht 3500Kg
-Schleiflänge 600mm
-Schleifbreite 500mm
-Spindeldrehzahl 1400/2800 U/min
-Z - Zustellung / Automatisch / Manuell
-Y - Zustellung / Automatisch / Manuell
-Schleifbewegung / Automatisch / Manuell
-Magnetgröße 600x500mm
-Automatische Zustellung
-Schleifscheiben - Abzieheinrichtung
-Schleifscheibendurchmesser max. 300mm
-Kühlmitteleinrichtung
-Antriebsleitung ca. 6 KW
Abmaße:
LxBxH 2,6x2,2x2,5 Meter / Gewicht 3500Kg
5
Printing machineryPrinting machines
- basic machine- round pile feeder- anti noise hood- 6 buckles- 2 knives- 1 side buckle- mobile folding knife VFZ 52- SBP 46 delive...
- basic machine
- round pile feeder
- anti noise hood
- 6 buckles
- 2 knives
- 1 side buckle
- mobile folding knife VFZ 52
- SBP 46 delive...
- round pile feeder
- anti noise hood
- 6 buckles
- 2 knives
- 1 side buckle
- mobile folding knife VFZ 52
- SBP 46 delive...
8
Printing machineryPrinting machines
- basic machine- 3 stations chain- 1 TAS- 1 TAL- 1 UFA- stitcher ST350- trimmer- 2 stitching heads- 2 sets of knives- technical...
- basic machine
- 3 stations chain
- 1 TAS
- 1 TAL
- 1 UFA
- stitcher ST350
- trimmer
- 2 stitching heads
- 2 sets of knives
- technical...
- 3 stations chain
- 1 TAS
- 1 TAL
- 1 UFA
- stitcher ST350
- trimmer
- 2 stitching heads
- 2 sets of knives
- technical...
8
Printing machineryPrinting machines
- 7 stations chain- 5 feeder TAS- 1 feeder TAL- cover folder feeder- stitcher 350- trimmer- stacker- 2 stitching heads- 2 sets of...
- 7 stations chain
- 5 feeder TAS
- 1 feeder TAL
- cover folder feeder
- stitcher 350
- trimmer
- stacker
- 2 stitching heads
- 2 sets of...
- 5 feeder TAS
- 1 feeder TAL
- cover folder feeder
- stitcher 350
- trimmer
- stacker
- 2 stitching heads
- 2 sets of...
10
Printing machineryPrinting machines
- 7 stations chain- 5 feeder TAS- 1 feeder TAL- cover folder feeder- stitcher 350- trimmer- stacker- 4 stitching heads- 2 sets of...
- 7 stations chain
- 5 feeder TAS
- 1 feeder TAL
- cover folder feeder
- stitcher 350
- trimmer
- stacker
- 4 stitching heads
- 2 sets of...
- 5 feeder TAS
- 1 feeder TAL
- cover folder feeder
- stitcher 350
- trimmer
- stacker
- 4 stitching heads
- 2 sets of...
10
Printing machineryPrinting machines
- 7 stations chain- 5 feeders TAS- 1 feeder TAL- cover feeder- stitcher 350- trimmer- stacker- 2 stitching heads- 2 sets of knive...
- 7 stations chain
- 5 feeders TAS
- 1 feeder TAL
- cover feeder
- stitcher 350
- trimmer
- stacker
- 2 stitching heads
- 2 sets of knive...
- 5 feeders TAS
- 1 feeder TAL
- cover feeder
- stitcher 350
- trimmer
- stacker
- 2 stitching heads
- 2 sets of knive...
6
Printing machineryPrinting machines
- in-feed- folding knife- delivery right or left- technical documentation
- in-feed
- folding knife
- delivery right or left
- technical documentation
- folding knife
- delivery right or left
- technical documentation
9
Printing machineryPrinting machines
- Heidelberg KD94/4KL- Pallet feeder- 4 pockets- first knife- second knife- mobile folding unit T66/4- James Burm punching EM520- L...
- Heidelberg KD94/4KL
- Pallet feeder
- 4 pockets
- first knife
- second knife
- mobile folding unit T66/4
- James Burm punching EM520
- L...
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- 4 pockets
- first knife
- second knife
- mobile folding unit T66/4
- James Burm punching EM520
- L...
1
Printing machineryPrinting machines
WSD MAG-In inline, punching, perforating, creasing, and embossing system Heidelberg SM 74
WSD MAG-In inline, punching, perforating, creasing, and embossing system Heidelberg SM 74
1
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Heidelberg SBB
Heidelberg SBB
1
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