Enjeksiyon kalıplama makineleri

ENGEL Victory 750 / 180 tech

Ref. No.: 18255
Manufacturer: ENGEL
Model: Victory 750 / 180 tech
Year of manufacture: 2004

Clamping Unit
Clamping force: 180 tons
Opening stroke: 750 mm
Tie bar spacing (h x v): 960 x 830 mm
Minimum mould height: 500 mm
Max. daylight: 1250 mm

Injection Unit
Screw diameter: 45 mm
Injection volume: 318 cm³
Shot weight (PS): 302 g
Injection pressure: 1769/2360 bar

Dimensions and Weight
Machine weight: 13,500 kg

Robot
Brand: Wittmann
Model: W743
Year of manufacture: 2009

Additional Information:
ENGEL Victory 750/180 Tech – Performance, Flexibility and Reliability with Tie-Bar-Less Technology

The ENGEL Victory series has been specifically developed for technical plastics processing and is among the professional injection moulding machines that offer high energy efficiency and maximum mold flexibility.
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In contrast to standard machines with tie bars, this series delivers a significantly more flexible working area due to the tie-bar-less clamping system (Tie-Bar-Less Technology).

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🔍 Advantages of the ENGEL Victory Series

✔ Tie-Bar-Less Design (Tie-Bar-Less Technology)

The most significant advantage of the globally renowned ENGEL Victory series is its tie-bar-less construction.

This provides the following benefits:

• Larger moulds can be used without difficulty
• Easy access for complex mould geometries
• Shorter mould changeover times
• Easier robot integration
• More efficient use of production space

This system offers major benefits particularly in automotive, technical plastic components, packaging, and industrial applications.

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✔ Wittmann Robot Integration

The machine was operated together with a Wittmann robot.

Robot Data:
• Wittmann W743-0424
• Year: 2009
• Payload: 25 kg
• X-axis: 1200 mm
• Y-axis: 1600 mm
• Z-axis: 4000 mm

This configuration offers great advantages for automated production processes.

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🔍 Machine Operation

The ENGEL Victory Tech series operates on a servo-hydraulic principle.

✔ Hydraulic System:

• Clamping unit
• Injection movement
• Ejector system
• Mould movements

are all driven by a powerful hydraulic system.

✔ Thanks to the servo-controlled hydraulics:

• Only the required amount of energy is consumed
• Power consumption is significantly reduced
• Quieter operation is possible
• More stable production is ensured

Unlike older hydraulic machines, this machine does not constantly run at full load.

The servo pump system only operates when actually needed, which provides the following advantages:

• Lower energy costs
• Reduced heat generation
• Longer service life for components
• More stable process conditions

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