The optimization of load relief groove makes the force applied to the rod threads more uniform, ensures long service life of the tie rod.

1. Improved efficiency of 30-80%, estimated according to different production processes.
2. Less demand on equipment and operators, space saving.
3. Effective control of color differences caused by the same injection molding machine.
4. Simultaneous production of different shapes of parts.
5. Automated assembly is easier through uniform shrinkage and deformation after a set of workpieces are produced simultaneously.

1. Improve the fluidity of plastic raw material. With the same process or wall thickness, the molding is easier, and the molding problems of fully degradable materials are also better to be solved.
2. Get more design freedom. With flxible stucture design to allow sudden change of wall thickness, it can significantly reduce product warpage and deformation.
3. Reduce energy consumption and production cost.With reduction of 5% in product weight, 15% in injection pressure and 20% in clamping force.
4. Improve product quality. Foam products are thicker and stiffer, with 20%-30% improvement in heat insulation effect when compared with the ordinary product of the same weight.

In the process of injection, the high pressure mold-closing can reduce the internal tension of the product, and the pressure inside the mold cavity when the injection is almost or completely finished.

The SmartClamp intelligent mold clamping technology allows an automatic correction control over the platen parallelism with a response accuracy of ±0.015mm/2ms. It can be applied to automotive interior trim products (e.g. IMD with fabric or leather inserts) and sunroofs.

The solution integrates the main unit, feeding system, automatic mold change, robot parts extraction, product post-processing, and YiMES intelligent manufacturing execution system to achieve a highly automated, efficient, and information-based streamlined production.

With response precision of ±0.015mm/2ms and automatic template parallelism correction control, SmartClamp, an intelligent clamping technology, is ideal for vehicle interior parts production like the sunroof and woven fabric in molds.

The use of water as a medium is conducive to the creation of uniformly shaped cavities due to the incompressibility of water. It is an effective method for the production of parts with complex thermoplastic cavities.

Cut the continuous fiber bundle into specified lengths (5-100mm), feed it directly into the barrel through the feeding device to be mixed with the plastic melt, and then inject it directly into the mold to form the product, realizing direct injection molding with long fibers.

Developed based on the chemical foaming process, it can be equipped with Core-Back precision mold opening and other technologies to achieve maximum product weight reduction while still performing at its best.

Developed based on the MuCell process, it can be equipped with aircraft-grade aluminum alloy mold technology, ceramic coating technology, and FLEXflow servo needle valve runner system to achieve maximum product weight reduction while still performing at its best.

The IMD in-mold decoration technology (includes IML, INS) can achieve one-step molding of products in a variety of colors and patterns, increases product design flexibility and raises its perceived value.

Adopt Mold Graining (IMG) involves vacuuming the final layers (such as aluminum foil, veneer, and leather) onto a negative mold with a pattern. When the mold is closed and glue is injected, the surface with the pattern is made, considerably enhancing the product's surface quality.

From two-color to four-color machines, two stations to multiple stations, small tonnage to large tonnage, and vertical rotation to horizontal rotation, to realize multi-component injection molding of colored products or composite products.

Perfectly integrate injection molding technology and PUR process to further achieve a scratch-resistant, self-healing, soft-touch, high-quality surface in a more creative, environmentally friendly, and cost-effective production way.

1. The upgraded clamping unit can provide larger clamping force, better facilitating the molding of thin-wall and deep-cavity products.
2. Platen, tie bars and machine frame of better mechanical properties can better improve the rigidity of the whole machine and reduce deformation.
3. The rigidity of overall mold locking is increased by more than 25%.

1. The plasticizing is synchronized with the cooling, mold opening and part picking, shorter cycle time.
2. PAC380K3 and above model are generally equipped with hydraulic synchronous plasticizing function, which shortens the product molding cycle.

1. Including Inovance controller, servo drive and high-response motor.
2. Communication between the controller and the drive upgrades to digital type. Same brand controller and drive show better performance, faster and more accurate.
3. Quick and stable mold opening, smooth mold closing with no impact, less wear and tear to machine.
4. Mold opening repeatability is within ±0.5mm, with overshoot less than 2.0mm.
5. Deviation of injection end position is less than 0.25mm.
6. Deviation of material feeding position is less than 0.2mm.
7. Temperature overshoot of first-time heating is less than 3℃, within ± 1℃.

(1) To achieve the molding of larger two-color products.
(2) To improve overall productivity and efficiency.
(3) To achieve special process application.

(1) The fixed mold adopts a long waist-shaped locating ring, which allows simultaneous injection at the work station of any size as required.
(2) When not for multi-component injection, any injection unit can be used as main injection unit.
(3) Any independent injection unit can be added on the non-operating side or add two injection units on the basis of two injection units.

(1) The turntable rotation with mold to realize the molding of multi-color and multi-component products.
(2) In addition to the standard 0° and 180° turntable stations, the turntable can be set at any angle according to the mold design to realize the diversified customization of products.
(3) Adopt servo motor and reducer to drive the turntable with pin positioning, to ensure high rotation accuracy of ±0.05°.

Ultrasonic non-contact digital displacement sensor is used for all displacement stroke measurement, which is anti-interference and has long service life. The accuracy is 0.001%/F.S (F.S is the measurement stroke), and the position control is accurate.

Equipped with plunger variable pump system, large power, fast response, small internal leakage, significant energy saving
The driving system and injection unit are matched in a modular manner, so that the power of the whole machine can be customized and the loss can be minimized
Standard with open mold synchronous melt, ejection and core pulling function, shorten the forming cycle

Adopt double proportion closed-loop control technology, fully closed-loop control of the injection and holding (pressure and velocity), proportional control of back pressure to ensure high repeatability of injection end position, and product weight repeatability less than or equal to 3‰.

The fully oil-cooled two-headed motor-driven servo system is the quintessence of highly-integrated servo pump system. It eliminates the influence of instability in machine operation due to the work environment and further reduces energy consumption of hydraulic circuit. Synchronized drive technology makes hydraulic circuit response faster and movements more efficient.

With the use of durable ceramic heater bands and adaptive PID control performed by the Austrian controller. temperature control accuracy is up to ±0.5℃.

With special technical treatment, tie bars are highly-rigid and resistant to wear and corrosion. Uniformity of stress distributed on tie bar threads is over 99% without unbalanced force, bringing durability.