nylon strap special application injection molding machine

Injection Unit

High efficient and accurate single cylinder injection system

High precision pneumatic self-ocking nozzle

Screw and barrel assembly is specially made for PA material with fast feeding, good plasticizingand accurate temperature as well as special design for venting and draining

Increased oil circuit design, which is high response and can meet the fast molding requirement

Nano far infrared heating device ensures a rapid heat up time and heat preservationas well as energy saving, which can further improve the plasticizing quality

Clamping Unit

Special design of rectangle strengthened mold platen with high rigidity, which cangreatly increase fatigue resistance of the mold platen and ensure smooth movement

Both steel bushing and copper bushing are with self-lubrication design, and it canreduce lubrication oil consumption, and ensure axis pin and tie bar have goodlubrication during high speed movement

Specialized nitrided pin with increased size, which can largely reduce stress

Product Specifications

FAQ:

P:What can the servo energy-saving injection molding machine do?

R:Servo energy-saving injection molding machines are widely used in defense, electromechanics, automobiles, transportation, building materials, packaging, agriculture, culture, education and health.

P:Special injection molding machine tonnage selection?

R:Choose different tonnages according to product weight or injection volume, such as 30T, 40T, 50T, 60T, 80T, 100T, 120T, 160T, 168T, 268T. Currently, the largest tonnage in China is 4000T. The larger the tonnage, the larger the screw diameter of the injection molding machine.

P:What is the difference between a servo energy-saving injection molding machine and a common injection molding machine?

R:Ordinary injection molding machines are electric motors driving hydraulic motors, and are always operating at full power and full load. The hydraulic system of the servo injection molding machine supplies oil according to the actual required flow and pressure, achieving the advantages of energy saving, environmental protection, high repeatability, reliability and durability, etc.