
Zhafir Venus Series machine, covering the clamping force from 400 kN to 4,100 kN, is the first generation of fully electrical injection molding machines at Zhafir Plastics Machinery, which targets the high tech market of plastics processing. Considering 7 years of knowledge in the design of fully electrical machines and integrating the experience of the HTD series, Zhafir Venus Series machine has been upgraded with innovative solutions. Solid driving structure, precise stable control, environmental protection, energy saving and high production efficiency are some of the excellent ideas which have been developed and realized by our experienced design engineers with open-minded flexibility. The Zhafir Venus Series is broadly applicable due to its outstanding performance. This applies in particular for the zero-defect standard electric and electronic industry, high quality requirements of the optical industry, the cleanroom applications, thin-wall and micro molding.

The innovative Zhafir Venus Series is based on proven technology and implements qualified components to manage all processing tasks. The powerful kinematics of the proven 5-point double toggle system supplies high speed and economical operation. This allows for higher sensitivity and increased protection in the opening and closing motion. It helps to reduce wear and tear of the customers molds. The clamping unit is designed by using FEM analysis which optimizes and reduces strain for improved structural stiffness. This has the effect to reduce mold deformation and prolong the mold's working life. Specially designed ball screws and belts are used to facilitate high speed, high load and low noise characteristics. The modular concept of Zhafir Venus Series provides high flexibility. There are four injection units available for each clamping force. You can select a variety of screw diameters depending on the material and demands on the plasticizing capacity, providing the optimum configuration for the machine to manage the task at hand. The movements as for injection, mold close, mold open and the ejection are designed to be driven by independent servo-motors with closed-loop control, which allow parallel movements and provide more precision and higher response. Due to this the cycle time is significantly shortened to save production costs for customers benefits.


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