HAIDA Two-Platen Series Injection Molding Machine

Two-Platen Series Injection Molding Machine from 1100Ton to 3000Ton

Superior Energy Efficiency

Compared to fixed pumps and other energy-saving systems such as variable frequency pumps and more pumps, the servo energy-saving system can save up to 80% of energy.

The new two-platen clamping structure inherits the mature and reliable fixed mode of the traditional three-board machine pull rod. This greatly prolongs the life of the pull rod and completely avoids the fatal defect that most two-board machine pull rods are prone to breaking in the market.

Elastic box formwork design, high parallelism, greatly ensure that the four pull rod stress uniform. The movable formwork is supported by high rigid sliding feet, and compensable adjustment is provided. It can be adjusted automatically according to the weight of the die to ensure stable support.

The operation control of opening and closing mode and clamping mode is simple and reasonable. The hydraulic mechanical structure is used to realize the synchronous lock of four tie rods with high efficiency. The non-contact digital displacement sensor, precision 0.001%/F.S, precise position control.

This machine is equipped with hydraulic components and electric control equipment from world-renowned brands, ensuring a smooth and reliable operation. Its high efficiency and low calorific control make it a reliable choice for two-platen injection molding machines, with stable and dependable performance.

Why Choose HAIDA injection molding machine

HAIDA Injection Machine has a wide application scope, user-friendly design, and offers great cost performance, making it an ideal choice for various injection molding needs.

Durable in Use

Accumulated decades of experience in design and manufacturing series has advantages such as platen with high strength, high rigidity, impact resistance, uniform stress distribution and less transformation.

Stable Operation

World-class hydraulic components ensure a smooth, reliable system with improved efficiency and reduced heat production. Modularization and semi-closed loop system reduce breakage risk.