Mašine za brizganje

ENGEL Victory 750 / 180 tech

Ref. no.: 18255
Manufacturer: ENGEL
Type: Victory 750 / 180 tech
Year of construction: 2004

Clamping unit
Clamping force: 180 ton
Opening stroke: 750 mm
Distance between tie bars: 960 x830 mm
Mould height min.: 500 mm
Opening width: 1250 mm

Injection unit
Screw diameter: 45 mm
Injection volume: 318 cm³
Shot weight: 302 g
Injection pressure: 1769/2360 bar

Measurements and weight
Machine weight: 13500 kg

Robot
Producer: Wittman
Type: W743
Year: 2009

Further information:
ENGEL Victory 750/180 Tech – Power, Flexibility and Reliability with Tie-Bar-Less Technology

The ENGEL Victory series was specially developed for technical plastic processing and is known as a professional injection moulding machine series offering high energy efficiency and maximum mould flexibility.

Unlike conventional tie-bar machines, this series provides a much more flexible working area thanks to its tie-bar-less clamping system.

⸻

🔍 Advantages of the ENGEL Victory Series

✔ Tie-Bar-Less Design

The biggest advantage of the world-renowned ENGEL Victory series is its tie-bar-less construction.

This system offers several important advantages:

• Larger moulds can be installed easily
• Easier access for complex mould geometries
• Reduced mould changeover times
• Easier robot integration
• More efficient use of production space

This technology is especially advantageous for automotive, technical plastic parts, packaging and industrial applications.

Ledpfowm Iz Nox Amysag
⸻

✔ Wittmann Robot Integration

The machine has been operated together with a Wittmann robot.

Robot specifications:

• Wittmann W743-0424
• Year of manufacture: 2009
• Payload capacity: 25 kg
• X-axis: 1200 mm
• Y-axis: 1600 mm
• Z-axis: 4000 mm

This configuration provides major advantages for automated production processes.

⸻

🔍 Machine Operating System

The ENGEL Victory Tech series operates with a servo-hydraulic system.

✔ Hydraulic System:

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

are driven by a high-performance hydraulic system.

✔ Thanks to the servo-controlled hydraulic system:

• Only the required amount of energy is consumed
• Power consumption is significantly reduced
• Quieter operation is achieved
• Production stability is improved

Unlike older conventional hydraulic machines, the machine does not run continuously at full power.

The servo pump system operates only when needed, providing the following advantages:

• Lower energy costs
• Reduced heat generation
• Longer component lifetime
• More stable processing conditions