Communicate with Supplier? Supplier
Liu Bin Mr. Liu Bin
What can I do for you?
Chat Now Contact Supplier
 Tel:86-0311-68034128
Home > Industry Information > EVA Injection Foaming Machine
Online Service
Liu Bin

Mr. Liu Bin

Leave a message
Contact Now

EVA Injection Foaming Machine


According to reports, the hydraulic automatic EVA injection foam molding machine is based on the research and development of the disc type sole machine and the TR sole machine. Its main performance characteristics are: touch-type human-computer interface, complete remote monitoring of the whole machine, fault diagnosis, automatic alarm, data visualization, easy operation; high-speed moving gun, high-speed electronic computer code to control injection displacement, rapid positioning and accurate shifting High-speed mold opening, using double-displacement pump large displacement oil circuit, can instantly accelerate mold opening.

EVA injection foam molding machine in the research and development process, has three major characteristics: First, the prototyping time is short. This machine took three months to complete the survey, selecting the model, determining the overall design plan, and putting it into production at the exhibition. The second is the successful one-time debugging of the prototype. As the aircraft in the R & D process, the use of high-tech means to reduce the error rate and improve the accuracy. The third is that the aircraft is integrated with light, machine and electricity, and comprehensively uses advanced technologies from various disciplines. The obvious difference from similar products is that the hydraulic system, clamping, clamping, and pressure are all automatically adjusted by the computer; Variable-volume plunger pump, the use of electro-hydraulic control system and full-door control loop, high-precision automatic control of the output physical quantity; in the measurement process, the electronic ruler and proportional amplification system control precision is 0.1k, and the use of temperature control Templates and thermocouples control the mold temperature.