The patented anti-breakage tie rod design adopts an integral structure, with a smooth transition from the high-pressure piston to the tie rod with large rounded corners. Compared with the traditional threaded connection structure, it eliminates stress concentration points and increases the strength by more than 5 times, ensuring the stability of the long-term operation of the machine.

The mold clamping uses high-precision, high-strength linear guide rails with sliding feet to support the movable template. Compared with traditional sliding feet, the linear rail resistance is small (sliding friction coefficient 0.2, linear rail 0.004), making the opening and closing of the mold smoother, with higher control accuracy and lower energy consumption;< br/>The linear rail has less rolling friction and less lubrication, which can avoid the problem of lubricating oil splashing, and the whole machine is cleaner and tidier!
The high-strength linear guide rail eliminates mold deflection and tilt problems during the template movement, effectively protecting the mold from damage.

The motor is directly driven, efficient and energy-saving; closed-loop control, fast and accurate; left and right independent control, stable and reliable; easy maintenance, clean and stain-free.

The scalability is strong. By adding plug-in I/0 modules, more input and output points can be achieved to meet more customer needs.
The control response speed is fast, up to 0.5ms.
The temperature accuracy is high, the best is ±0.2℃.

The unique injection cylinder design has small oil return resistance and low inertia during injection. At the same time, it cooperates with the linear rail structure of the injection platform to reduce friction, effectively ensure injection control accuracy and reduce energy consumption.