L & Z Drehmaschine / WEILER CONDOR VS 2 mit neuer 3-Achsdigitalanzeige aus Lehrbetrieb

-3-Achsdigitalanzeige "NEU"
-Spitzenhöhe 165mm
-Umlaufdurchmesser über Bett 330mm
-Spitzenweite 800mm
-Drehzahlbereich 28 - 2800 U/min
-Automatische Längs / Planvorschübe
-Spindeldurchlass
-Reitstock mit Spitze
-Spannzangen / Schnellspanneinrichtung incl. 25 x Spannzangen
-Dreibackenfutter - Röhm 200mm mit Umkehrbacken
-Multifix /Neu mit Einsatz
-Arbeitsleuchte
-Not / Aus
-Bettanschlag
-Maschinenfüße
-Dokumentation

Abmaße:
LxBxH 2x0,8x1,6 Meter / Gewicht 900Kg

Weiler Commodor B incl. 3 - Achs Digitalanzeige /Heidenhain

- GS - Kennung
- 3 - Achs Digitalanzeige
- Spitzenhöhe 180mm
- Spitzenweite 1000mm
- Spindeldurchlass56mm
- Spindeldrehzahl 25-2000 U/min
- Automatische Längs +Planvorschübe
- Gewinde / Metrisch / Zoll / Diametral / Modul
- Dreibackenfutter
- Futterschutz
- 2x Not / Aus
- Spänerückwand
- Multifix mit Einsätzen
-Maschinenfüße
- Dokumentation

Abmaße:
LxBxH 2,5x1,3x1,7 Meter / Gewicht 1500Kg

Drehdurchmesser über Bett: 540 mm
Spitzenweite: 1500 mm
Spindelbohrung: 85 mm
Drehdurchmesser über Querschlitten: 310 mm
Bettbreite: 350 mm
Spindelaufnahme: D1-8
Spindelkegel: 1/20 MK
Drehzahlstufen: 3
Spindeldrehzahl: 27 - 2250 1/min
Quervorschub: 5000 mm/min
Eilgang Z-Achse: 8000 mm/min
Verstellbereich Querschlitten: 280 mm
Reitstock Pinolendurchmesser: 75 mm
Reitstock Aufnahme: 5 MK
Reitstock Pinolenweg: 190 mm
Motorleistung: 9 / 13,5 (S1 / S6 40%) kW
Genauigkeitsstandard: ISO3655
Länge: 3340 mm
Breite: 1905 mm
Höhe: 2235 mm
Gewicht: 3400 kg

Cutting length: 2050 mm
Max. thickness - mild steel: 3 mm
Max. thickness - stainless steel: 1.5 mm
Strokes: 28 1/min
Cutting angle: 2 °
Back gauge: 600 mm
Motor power: 4 kW
Table height: 830 mm
Length: 2520 mm
Width: 1550 mm
Total width with support arm und protection fence: 2150 mm
Height: 1200 mm
Weight: 1450 kg

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.: 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.: 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.: 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.: 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.: 18138
Manufacturer: DEMAG
Year of construction: 2006

Clamping unit
Clamping force: 80 ton
Opening stroke: 850 mm
Distance between tie bars: 370 X 370 mm
Mould height min.: 200 mm
Mould height max.: 510 mm
Platen size (h x v): 600 x 600 mm

Injection unit
Screw diameter: 22 mm
Injection volume: 37 cm³
Shot weight: 32 g
Injection pressure: 2580 bar

Measurements and weight
Dimensions: 4,50 X 1,28 X 1,95 m
Machine weight: 4750 kg

Riggs 1000 Twin head depositor, 2016, Stainless frame, twin head depositor, one head fills from 50ml to 600ml and the other from 125ml to 1200ml, on mobile scissor lift table

Ref. no.: 18625
Manufacturer: WITTMANN BATTENFELD
Year of construction: 2011

Clamping unit
Clamping force: 110 ton
Opening stroke: 380 mm
Distance between tie bars: 470 x 420 mm
Mould height min.: 200 mm
Mould height max.: 450 mm
Platen size (h x v): 680 x 663 mm

Injection unit
Screw diameter: 30 mm
Injection volume: 88 cm³
Shot weight: 80 g
Injection pressure: 1471 bar

Measurements and weight
Dimensions: 4,8 x 1,4 x 2,2 m
Machine weight: 4600 kg

Further information:
Wittmann Battenfeld EcoPower series represents high-efficiency all-electric injection moulding technology designed for precision production and stable processing performance.

All major machine movements are driven by servo electric motors. Injection, dosing, clamping and ejector movements are performed completely electrically, ensuring extremely precise motion control, excellent repeatability and stable production quality.

Compared to conventional hydraulic injection moulding machines, the EcoPower series can achieve approximately 60% up to 80% energy savings depending on the application. In addition, the machines offer lower heat generation, quiet operation and a cleaner production environment.

The integrated UNILOG B6 / B6P control system is well known for its user-friendly operation, reliable process management and stable long-term performance. Combined with high dynamic servo technology and low-vibration operation, the EcoPower platform is especially suitable for technical plastic parts, electronic components, automotive applications and medical production.

Today, the Wittmann Battenfeld EcoPower series is still considered one of the most reliable and energy-efficient all-electric injection moulding machine platforms on the market.

Ref. no.: 18624
Manufacturer: WITTMANN BATTENFELD
Year of construction: 2010

Clamping unit
Clamping force: 180 ton
Opening stroke: 480 mm
Distance between tie bars: 570 x 520 mm
Mould height min.: 225 mm
Mould height max.: 550 mm
Platen size (h x v): 810 x 805 mm

Injection unit
Screw diameter: 35 mm
Injection volume: 168 cm³
Shot weight: 163 g
Injection pressure: 2083 bar

Measurements and weight
Dimensions: 5,2 x 1,6 x 2,2 m
Machine weight: 6800 kg

Further information:
Die Wittmann Battenfeld EcoPower Serie steht für hocheffiziente vollelektrische Spritzgießtechnologie, entwickelt für präzise Produktionsprozesse und stabile Fertigungsbedingungen.

Alle Hauptbewegungen der Maschine werden durch Servo-Elektromotoren angetrieben. Einspritzen, Dosieren, Schließen und Auswerfen erfolgen vollständig elektrisch und ermöglichen dadurch eine äußerst präzise Bewegungssteuerung, hohe Wiederholgenauigkeit und stabile Produktionsqualität.

Im Vergleich zu konventionellen hydraulischen Spritzgießmaschinen kann die EcoPower Serie – abhängig von der Anwendung – Energieeinsparungen von ca. 60% bis 80% erreichen. Zusätzlich bieten die Maschinen eine reduzierte Wärmeentwicklung, einen ruhigen Lauf sowie eine saubere Produktionsumgebung.

Die integrierte UNILOG B6 / B6P Steuerung ist bekannt für ihre benutzerfreundliche Bedienung, zuverlässige Prozesskontrolle und stabile Langzeitleistung. In Kombination mit der hochdynamischen Servotechnologie und dem vibrationsarmen Betrieb eignet sich die EcoPower Plattform besonders für technische Kunststoffteile, elektronische Komponenten, Automobilanwendungen und medizinische Produktionen.

Die Wittmann Battenfeld EcoPower Serie zählt auch heute noch zu den zuverlässigsten und energieeffizientesten vollelektrischen Spritzgießmaschinenplattformen auf dem Markt.

Ref. no.: 18623
Manufacturer: WITTMANN BATTENFELD
Year of construction: 2010

Clamping unit
Clamping force: 180 ton
Opening stroke: 480 mm
Distance between tie bars: 570 x 520 mm
Mould height min.: 225 mm
Mould height max.: 550 mm
Platen size (h x v): 810 x 805 mm

Injection unit
Screw diameter: 30 mm
Injection volume: 124 cm³
Shot weight: 120 g
Injection pressure: 2823 bar

Measurements and weight
Dimensions: 4,8 x 1,6 x 2,2 m
Machine weight: 6800 kg

Further information:
Die Wittmann Battenfeld EcoPower Serie steht für hocheffiziente vollelektrische Spritzgießtechnologie, entwickelt für präzise Produktionsprozesse und stabile Fertigungsbedingungen.

Alle Hauptbewegungen der Maschine werden durch Servo-Elektromotoren angetrieben. Einspritzen, Dosieren, Schließen und Auswerfen erfolgen vollständig elektrisch und ermöglichen dadurch eine äußerst präzise Bewegungssteuerung, hohe Wiederholgenauigkeit und stabile Produktionsqualität.

Im Vergleich zu konventionellen hydraulischen Spritzgießmaschinen kann die EcoPower Serie – abhängig von der Anwendung – Energieeinsparungen von ca. 60% bis 80% erreichen. Zusätzlich bieten die Maschinen eine reduzierte Wärmeentwicklung, einen ruhigen Lauf sowie eine saubere Produktionsumgebung.

Die integrierte UNILOG B6 / B6P Steuerung ist bekannt für ihre benutzerfreundliche Bedienung, zuverlässige Prozesskontrolle und stabile Langzeitleistung. In Kombination mit der hochdynamischen Servotechnologie und dem vibrationsarmen Betrieb eignet sich die EcoPower Plattform besonders für technische Kunststoffteile, elektronische Komponenten, Automobilanwendungen und medizinische Produktionen.

Die Wittmann Battenfeld EcoPower Serie zählt auch heute noch zu den zuverlässigsten und energieeffizientesten vollelektrischen Spritzgießmaschinenplattformen auf dem Markt.

Ref. no.: 18635
Manufacturer: SEPRO
Year of construction: 2022

Further information:
SEPRO S5-25 med – 3-Axis Servo Linear Robot

* Manufacturer: SEPRO Robotique S.A.S. (France)
* Model: S5-25 med
* Year of manufacture: 2022
* Serial number: R015336-02
* Condition: Very good and clean condition
* Application: Injection moulding automation / part removal robot
Technical Specifications

Description Value
Robot type 3-axis servo linear robot
X-axis (Traverse) 2000 mm
Y-axis 700 mm
Vertical stroke 1200 mm
Rotation No rotation
Payload class approx. 10 kg
Control system SEPRO Visual 2
Voltage 3x400V – 3x480V
Frequency 50/60 Hz
Max. power 1.5 kVA
Weight approx. 100 kg
Series S5 med

Description
The SEPRO S5-25 med is a high-performance 3-axis servo linear robot designed for automated part removal and handling applications on injection moulding machines.

The robot is in very good technical and visual condition and comes from a clean production environment. The “med” version is particularly suitable for medical and clean-room applications.

The robot has only been used for testing and training purposes.

The system offers:
* fast and precise movements
* reliable servo technology
* compact and stable construction
* modern SEPRO Visual control system
* ideal integration into injection moulding automation systems

pressing capacity: 70 to
Stroke: 500 mm
Ram: 700x350 mm
Table: 700x500 mm
Daylight: 500 mm
Throat depth: 250 mm
Rapid speed: 24 mm/s
Working speed: 5 mm/s
Motor: 4 kW
Length: 1500 mm
Width: 1000 mm
Height: 2500 mm
Weight: 2100 kg

pressing capacity: 40 to
Stroke: 500 mm
Ram: 700x350 mm
Table: 700x500 mm
Daylight: 500 mm
Throat depth: 250 mm
Rapid speed: 26 mm/s
Working speed: 9 mm/s
Motor: 4 kW
Length: 1500 mm
Width: 1000 mm
Height: 2500 mm
Weight: 1500 kg

Bending length: 3100 mm
Max. bending capacity - mild steel: 25
Max. plate thickness without prebending at D=5x upper roll diam. - mild steel: 25 mm
Max. plate thickness without prebending at D=3x upper roll diam. - mild steel: 20 mm
Max. plate thickness without prebending at D=1,5x upper roll diam. - mild steel: 20 mm
Max. plate thickness with prebending at D=5x upper roll diam. - mild steel: 20 mm
Max. plate thickness with prebending at D=1,5x upper roll diam. - mild steel: 16 mm
Upper roll diameter: 360 mm
Lower roll diameter: 360 mm
Lateral roll diameter: 270 mm
Max. opening: 60 mm
Working height: 1510 mm
Motor power: 22 kW
Length: 5560 mm
Width: 2060 mm
Height: 2050 mm
Weight: 16750 kg

Bending length: 2550 mm
Max. bending capacity - mild steel: 15
Max. plate thickness without prebending at D=5x upper roll diam. - mild steel: 15 mm
Max. plate thickness without prebending at D=3x upper roll diam. - mild steel: 13 mm
Max. plate thickness without prebending at D=1,5x upper roll diam. - mild steel: 12 mm
Max. plate thickness with prebending at D=5x upper roll diam. - mild steel: 12 mm
Max. plate thickness with prebending at D=1,5x upper roll diam. - mild steel: 10 mm
Upper roll diameter: 270 mm
Lower roll diameter: 270 mm
Lateral roll diameter: 230 mm
Max. opening: 50 mm
Working height: 1155 mm
Motor power: 15 kW
Length: 4760 mm
Width: 1660 mm
Height: 1155 mm
Weight: 8950 kg

Bending length: 3100 mm
Max. bending capacity - mild steel: 8
Max. plate thickness without prebending at D=5x upper roll diam. - mild steel: 8 mm
Max. plate thickness without prebending at D=1,5x upper roll diam. - mild steel: 6 mm
Max. plate thickness with prebending at D=5x upper roll diam. - mild steel: 6 mm
Max. plate thickness with prebending at D=1,5x upper roll diam. - mild steel: 5 mm
Upper roll diameter: 240 mm
Lower roll diameter: 240 mm
Lateral roll diameter: 190 mm
Working height: 825 mm
Motor power: 11 kW
Length: 4880 mm
Width: 1160 mm
Height: 1200 mm
Weight: 6450 kg

Bending length: 2530 mm
Max. bending capacity - mild steel: 6
Max. plate thickness without prebending - mild steel: 6 mm
Max. plate thickness with prebending - mild steel: 4 mm
Upper roll diameter: 190 mm
Motor power: 5.5 kW
Length: 4250 mm
Width: 1200 mm
Height: 1150 mm
Weight: 3750 kg

Bending length: 3030 mm
Max. bending capacity - mild steel: 4
Max. plate thickness without prebending - mild steel: 4 mm
Max. plate thickness with prebending - mild steel: 2 mm
Upper roll diameter: 180 mm
Motor power: 4 kW
Length: 4600 mm
Width: 1120 mm
Height: 1020 mm
Weight: 4250 kg

Bending length: 2050 mm
Max. bending capacity - mild steel: 30
Max. plate thickness without prebending at D=5x upper roll diam. - mild steel: 30 mm
Max. plate thickness without prebending at D=1,5x upper roll diam. - mild steel: 25 mm
Max. plate thickness with prebending at D=5x upper roll diam. - mild steel: 25 mm
Max. plate thickness with prebending at D=1,5x upper roll diam. - mild steel: 20 mm
Upper roll diameter: 350 mm
Lower roll diameter: 350 mm
Lateral roll diameter: 260 mm
Bending speed: 1,5-5 m/min
Motor power: 22 kW
Length: 5000 mm
Width: 2000 mm
Height: 1900 mm
Weight: 11000 kg

Bending length: 2550 mm
Max. bending capacity - mild steel: 25
Max. plate thickness without prebending at D=5x upper roll diam. - mild steel: 25 mm
Max. plate thickness without prebending at D=1,5x upper roll diam. - mild steel: 20 mm
Max. plate thickness with prebending at D=5x upper roll diam. - mild steel: 20 mm
Max. plate thickness with prebending at D=1,5x upper roll diam. - mild steel: 16 mm
Upper roll diameter: 350 mm
Lower roll diameter: 350 mm
Lateral roll diameter: 260 mm
Bending speed: 1,5-5 m/min
Motor power: 22 kW
Length: 5500 mm
Width: 2000 mm
Height: 1900 mm
Weight: 13000 kg

Bending length: 2550 mm
Max. bending capacity - mild steel: 10
Max. plate thickness without prebending at D=5x upper roll diam. - mild steel: 10 mm
Max. plate thickness without prebending at D=1,5x upper roll diam. - mild steel: 8 mm
Max. plate thickness with prebending at D=5x upper roll diam. - mild steel: 8 mm
Max. plate thickness with prebending at D=1,5x upper roll diam. - mild steel: 6 mm
Upper roll diameter: 245 mm
Lower roll diameter: 245 mm
Lateral roll diameter: 180 mm
Bending speed: 1,5-6 m/min
Motor power: 7.5 kW
Length: 4800 mm
Width: 1600 mm
Height: 1470 mm
Weight: 6170 kg

Bending length: 2050 mm
Max. bending capacity - mild steel: 11
Max. plate thickness without prebending at D=5x upper roll diam. - mild steel: 11 mm
Max. plate thickness without prebending at D=1,5x upper roll diam. - mild steel: 9 mm
Max. plate thickness with prebending at D=5x upper roll diam. - mild steel: 9 mm
Max. plate thickness with prebending at D=1,5x upper roll diam. - mild steel: 7 mm
Upper roll diameter: 220 mm
Lower roll diameter: 220 mm
Lateral roll diameter: 160 mm
Bending speed: 1,5-6 m/min
Motor power: 5.5 kW
Length: 4400 mm
Width: 1150 mm
Height: 1250 mm
Weight: 4080 kg

Bending length: 2550 mm
Max. bending capacity - mild steel: 9
Max. plate thickness without prebending at D=5x upper roll diam. - mild steel: 9 mm
Max. plate thickness without prebending at D=1,5x upper roll diam. - mild steel: 7 mm
Max. plate thickness with prebending at D=5x upper roll diam. - mild steel: 7 mm
Max. plate thickness with prebending at D=1,5x upper roll diam. - mild steel: 5 mm
Upper roll diameter: 220 mm
Lower roll diameter: 220 mm
Lateral roll diameter: 160 mm
Bending speed: 1,5-6 m/min
Motor power: 5.5 kW
Length: 4900 mm
Width: 1150 mm
Height: 1250 mm
Weight: 4600 kg

Bending length: 1550 mm
Max. bending capacity - mild steel: 7
Max. plate thickness without prebending at D=5x upper roll diam. - mild steel: 7 mm
Max. plate thickness without prebending at D=1,5x upper roll diam. - mild steel: 4.5 mm
Max. plate thickness with prebending at D=5x upper roll diam. - mild steel: 4.5 mm
Max. plate thickness with prebending at D=1,5x upper roll diam. - mild steel: 3.5 mm
Upper roll diameter: 150 mm
Lower roll diameter: 150 mm
Lateral roll diameter: 130 mm
Bending speed: 1,5-6 m/min
Motor power: 4 kW
Length: 3750 mm
Width: 960 mm
Height: 1100 mm
Weight: 2500 kg

Bending length: 2050 mm
Max. bending capacity - mild steel: 6
Max. plate thickness without prebending at D=5x upper roll diam. - mild steel: 6 mm
Max. plate thickness without prebending at D=1,5x upper roll diam. - mild steel: 4 mm
Max. plate thickness with prebending at D=5x upper roll diam. - mild steel: 4 mm
Max. plate thickness with prebending at D=1,5x upper roll diam. - mild steel: 3 mm
Upper roll diameter: 150 mm
Lower roll diameter: 150 mm
Lateral roll diameter: 130 mm
Bending speed: 1,5-6 m/min
Motor power: 4 kW
Length: 4250 mm
Width: 960 mm
Height: 1100 mm
Weight: 2800 kg

Bending length: 1050 mm
Max. bending capacity - mild steel: 3
Max. plate thickness with prebending - mild steel: 2 mm
Upper roll diameter: 90 mm
Length: 2080 mm
Width: 700 mm
Height: 1250 mm
Weight: 410 kg

pressing capacity: 100 to
Bending length: 1500 mm
Stroke: 300 mm
Motor power: 7.5 kW
Die: 1
Distance between table and toolholder: 680 mm
Distance between columns: 1520 mm
Working speed: 5 mm/s
Rapid speed: 10 mm/s
Max. bending capacity (mild steel): 6 mm
Hole in table: 100 mm
Hole distance: 190 mm
Length: 2630 mm
Width: 1000 mm
Height: 2275 mm
Weight: 2500 kg

pressing capacity: 40 to
Bending length: 2000 mm
Axes: X and Y axis
Stroke: 100 mm
Daylight: 310 mm
Power concept: hydraulic
Oiltank: 38 l
Motor: 6 kW
Back gauge: 420 mm
Die: 1
Geschwindigkeit: 10 mm/s
Retraction speed: 12 mm/s
Back gauge speed: 40 mm/s
Accuracy press beam: 0.02 +/- mm
Back gauge accuracy: 0.05 +/- mm
Length: 2500 mm
Width: 1200 mm
Height: 1900 mm
Weight: 2100 kg

pressing capacity: 40 to
Bending length: 1250 mm
Axes: X and Y axis
Stroke: 100 mm
Daylight: 310 mm
Power concept: hydraulic
Oiltank: 38 l
Motor: 6 kW
Back gauge: 420 mm
Die: 1
Geschwindigkeit: 10 mm/s
Retraction speed: 12 mm/s
Back gauge speed: 40 mm/s
Accuracy press beam: 0.02 +/- mm
Back gauge accuracy: 0.05 +/- mm
Length: 1750 mm
Width: 950 mm
Height: 1900 mm
Weight: 1640 kg

pressing capacity: 320 to
Bending length: 4050 mm
Axes: Y1 / Y2 / X and R axis
Stroke: 365 mm
Inside distance between side frames: 3600 mm
Gap in side frame: 410 mm
Daylight: 630 mm
Power concept: hydraulic
rapid speed Y-axis: 160 mm/s
Working speed Y-axis: 10
Retractionspeed Y-axis: 160
Back gauge travel X-axis: 650 mm
Back gauge speed X-axis: 500
Back gauge travel R-axis: 250 mm
Table height: 900 mm
Table width: 154 mm
Length: 5300 mm
Width: 1910 mm
Height: 3230 mm
Weight: 20100 kg

pressing capacity: 320 to
Bending length: 3050 mm
Axes: Y1 / Y2 / X and R axis
Stroke: 365 mm
Inside distance between side frames: 2600 mm
Gap in side frame: 410 mm
Daylight: 630 mm
Power concept: hydraulic
rapid speed Y-axis: 160 mm/s
Working speed Y-axis: 10
Retractionspeed Y-axis: 160
Back gauge travel X-axis: 650 mm
Back gauge speed X-axis: 500
Back gauge travel R-axis: 250 mm
Table height: 900 mm
Table width: 104 mm
Motor power: 2 x 11 kW
Length: 4300 mm
Width: 1820 mm
Height: 3330 mm
Weight: 16500 kg

pressing capacity: 220 to
Bending length: 4050 mm
Axes: Y1 / Y2 / X and R axis
Stroke: 265 mm
Inside distance between side frames: 3600 mm
Gap in side frame: 410 mm
Daylight: 530 mm
Power concept: hydraulic
rapid speed Y-axis: 200 mm/s
Working speed Y-axis: 12
Retractionspeed Y-axis: 180
Back gauge travel X-axis: 650 mm
Back gauge speed X-axis: 500
Back gauge travel R-axis: 250 mm
Table height: 900 mm
Table width: 104 mm
Length: 5250 mm
Width: 1770 mm
Height: 2900 mm
Weight: 15000 kg

pressing capacity: 220 to
Bending length: 3050 mm
Axes: Y1 / Y2 / X and R axis
Stroke: 265 mm
Inside distance between side frames: 2600 mm
Gap in side frame: 410 mm
Daylight: 530 mm
Power concept: hydraulic
rapid speed Y-axis: 200 mm/s
Working speed Y-axis: 12
Retractionspeed Y-axis: 180
Back gauge travel X-axis: 650 mm
Back gauge speed X-axis: 500
Back gauge travel R-axis: 250 mm
Table height: 900 mm
Table width: 104 mm
Motor: 11 kW
Length: 4250 mm
Width: 1770 mm
Height: 2900 mm
Weight: 12250 kg

pressing capacity: 175 to
Bending length: 3050 mm
Axes: Y1 / Y2 / X / R axis
Stroke: 265 mm
Inside distance between side frames: 2600 mm
Gap in side frame: 410 mm
Daylight: 530 mm
Power concept: hydraulic
rapid speed Y-axis: 200 mm/s
Working speed Y-axis: 10
Retractionspeed Y-axis: 200
Back gauge travel X-axis: 650 mm
Back gauge speed X-axis: 500
Back gauge travel R-axis: 250 mm
Table height: 900 mm
Table width: 104 mm
Motor: 2 x 4 kW
Length: 4250 mm
Width: 1700 mm
Height: 2750 mm
Weight: 10900 kg

pressing capacity: 135 to
Bending length: 3050 mm
Axes: Y1 / Y2 / X and R axis
Stroke: 265 mm
Inside distance between side frames: 2600 mm
Gap in side frame: 410 mm
Daylight: 530 mm
Power concept: hydraulic
rapid speed Y-axis: 200 mm/s
Working speed Y-axis: 10
Retractionspeed Y-axis: 200
Back gauge travel X-axis: 650 mm
Back gauge speed X-axis: 500
Back gauge travel R-axis: 250 mm
Table height: 900 mm
Table width: 104 mm
Length: 4200 mm
Width: 1680 mm
Height: 2750 mm
Weight: 9500 kg

Ref. no.: 18637
Manufacturer: BUSCH
Year of construction: 2010

Further information:
Make | Model | Year | Capacity | Frequency |
Busch Mink MM 1252 AV | 2010 | 250 m³/h | 50 Hz |
Busch Mink MM 1252 AV | 2010 | 250 m³/h | 50 Hz |
Busch Mink MM 1252 AV | 2009 | 250 m³/h | 50 Hz |
Busch Mink MM 1252 AV | 2010 | 250 m³/h | 50 Hz |
Busch Mink MM 1252 AV | 2010 | 250/300 m³/h | 50/60 Hz |
Busch Mink MM 1252 AV | 2010 | 250 m³/h | 50 Hz |
Busch Mink MM 1252 AV | 2010 | 250 m³/h | 50 Hz |
Busch Mink MM 1252 AV | 2009 | 250/300 m³/h | 50/60 Hz |
Busch Mink MM 1252 AV | 2010 | 250 m³/h | 50 Hz |
Busch Mink MM 1252 AV | 2009 | 250/300 m³/h | 50/60 Hz |
Busch Mink MM 1252 AV | 2009 | 250/300 m³/h | 50/60 Hz |
Busch Mink MM 1252 AV | 2010 | 250 m³/h | 50 Hz |
Busch Mink MM 1252 AV | 2009 | 250/300 m³/h | 50/60 Hz |
Busch Mink MM 1252 AV | 2009 | 250/300 m³/h | 50/60 Hz |
Busch Mink MM 1252 AV | 2010 | 250 m³/h | 50 Hz |

BUSCH MINK MM 1252 AV VACUUM PUMPS

A total of 15 units Busch Mink MM 1252 AV industrial vacuum pumps are available for sale.

The pumps were removed from a running production line and are generally in clean and good cosmetic condition. These high-quality Busch MINK series pumps are widely used in plastics injection molding, central vacuum systems, packaging and automation applications.

TECHNICAL SPECIFICATIONS
• Manufacturer: Busch
• Model: MINK MM 1252 AV
• Technology: Dry Claw / Oil-Free Vacuum Technology
• Capacity: 250 – 300 m³/h
• Final Vacuum: 100 hPa (0.1 bar)
• Frequency: 50/60 Hz
• Year of Manufacture: 2009 / 2010
• Origin: Germany

MAIN ADVANTAGES
• Oil-free operating system
• Low maintenance costs
• Energy-efficient operation
• Quiet and reliable performance
• Suitable for continuous industrial operation
• High Busch quality with worldwide service support

APPLICATION AREAS
• Plastic injection molding machines
• Central vacuum systems
• Packaging machines
• Thermoforming systems
• Automation and conveying systems
• Industrial production facilities

Ref. no.: 18636
Manufacturer: EICHHOLZ
Year of construction: 2014

Further information:
WHAT IS AN OCTABIN TIPPER?

An octabin tipper is an industrial automation system used for the controlled and safe discharge of plastic raw materials, granules, or regrind materials from large-volume octabin containers.

Heavy octabins are loaded by forklift and then lifted and tilted in a controlled manner using a hydraulic or chain-driven mechanism. The material is discharged into the lower hopper and can then be transferred to the production line via vacuum conveying or dosing systems.

These systems are widely used in plastic injection molding and extrusion plants to reduce labor, increase production efficiency, and ensure safe material handling.

FOR SALE: OCTABIN TIPPER + MATERIAL FEEDING SYSTEM

For sale: 1 heavy-duty industrial octabin tipper / material discharge system.

The system was removed from a running plastic production line and is in clean and good cosmetic condition.

The machine is designed for the controlled discharge of plastic raw materials from large-volume octabins and for transferring the material into centralized conveying systems.

The system is equipped with high-quality industrial components from Aerzen, Rittal, Omron, and DMN Westinghouse.

BRANDED COMPONENTS INCLUDED IN THE SYSTEM

Aerzen Vacuum / Blower Unit (Germany)

Aerzen is one of the world’s leading German manufacturers of industrial blower and vacuum technologies.

Technical Details

• Brand: Aerzen
• Model: GM15L
• Year: 2014
• Capacity: 12.50 m³/min
• Motor Power: 11 kW
• Max. Pressure: 1.25 bar
• Operating Pressure: 1.0 bar
• Weight: approx. 626 kg

Advantages

• High-efficiency German technology
• Suitable for continuous industrial operation
• Reliable and low-maintenance
• Ideal for centralized vacuum systems

Rittal Industrial Control System

The system is equipped with a Rittal industrial control cabinet.

Rittal is a globally recognized premium brand in industrial automation and control systems.

Features

• Industrial control cabinet
• Operator control system
• Integrated safety circuits
• CE-compliant construction

Omron Safety Sensors

The machine is equipped with Omron safety sensors.

Features

• Industrial safety barriers
• Operator protection system
• Safe working area monitoring
• Compatible with automation systems

DMN Westinghouse Rotary Valve System

A DMN Westinghouse rotary valve is installed at the lower hopper outlet.

DMN Westinghouse is a globally recognized premium manufacturer for bulk material handling systems.

Technical Details

• Brand: DMN Westinghouse
• Model: ALD 200-6
• Low-dust controlled material transfer
• Suitable for granule and bulk material applications

Advantages

• Controlled material flow
• Reliable continuous operation
• Suitable for centralized conveying systems

Spindeldurchmesser: 140 mm
x-Weg: 6000 mm
y-Weg: 2500 mm
z-Weg: 800 mm
w-Weg: 700 mm
Eilgang: 10 m/min
Spindelaufnahme ISO: 50
Steuerung: Heidenhain ITNC 430
Plattenfeld: 3500x2500 mm
Bohrwerksdrehtisch:: Rottler
Typ: DVT200/2500 30NC 2000
Tischabmessung: 2500x2000 mm
Tischbelastung: 30 t
Tischweg: 700 mm
Drehtisch: 360 °
T-Nuten - Breite: 28/50 mm
T-Nuten - Abstand: 170 mm
Anzahl der T-Nuten: 11
Planschieber: 680 mm
Planschiebeverfahrweg: 170 mm
Spindeldrehzahl:: 1600 UPM

Traglast je Ständer: 0
Traglast je Kragarm: 0
Kragarmlänge: 250-800 mm
Regalhöhe: 2250 mm

Länge: 6058 mm
Breite: 2438 mm
Höhe: 2591 mm
Gesamtleistungsbedarf: . kW
Maschinengewicht ca.: t
Raumbedarf ca.: m

Länge: 6058 mm
Breite: 2438 mm
Höhe: 2591 mm
Gesamtleistungsbedarf: . kW
Maschinengewicht ca.: t
Raumbedarf ca.: m

Länge: 6058 mm
Breite: 2438 mm
Höhe: 2591 mm
Gesamtleistungsbedarf: . kW
Maschinengewicht ca.: t
Raumbedarf ca.: m

Länge: 6058 mm
Breite: 2438 mm
Höhe: 2591 mm
Gesamtleistungsbedarf: . kW
Maschinengewicht ca.: t
Raumbedarf ca.: m

Länge: 6000 mm
Breite: 2500 mm
Höhe: 2700 mm
Gesamtleistungsbedarf: kW
Maschinengewicht ca.: t
Raumbedarf ca.: m

Länge: 3058 mm
Breite: 2438 mm
Höhe: 2591 mm
Gesamtleistungsbedarf: . kW
Maschinengewicht ca.: t
Raumbedarf ca.: m

Länge: 12192 mm
Breite: 2438 mm
Höhe: 2591 mm
Gesamtleistungsbedarf: . kW
Maschinengewicht ca.: t
Raumbedarf ca.: m