新型射臺結構

State-of-art injection unit designs

● 結構緊湊、剛性好的新型射臺結構

● 射臺模塊化設計，大小射臺更換方便，滿足不同產品成型需求，縮短交貨期

● 雙缸射移+料筒支撐，料筒防懸垂調節(jié)組件，調節(jié)簡單，射臺運行穩(wěn)定，計量準確，便于精密成型；高強度導軌架，射臺變形小，射臺旋轉更換螺桿

●Compact structure and high-rigidity injection unit

●Modular designs to allow mix-and-match with unparalaled flexblity between injection and clamping units for catering wide range of injection shot weights and moulding needs.Short machin eproduction lead time is realised.

●Double cyinder injection carriage and barrel support to avoid vertical posilional shifts and enable easy adjustments.

●Stable injection unit movements and accurate volumetric injoction controls to make sure the parts are pracisely moulded.High-strength guide rail to reduce delomation of the injection unit.Maintenance work at the screw and barrel is soviceman-fiendly due t othe swiveling injection design.

高響應油路控制閥

High-response proportional valve

● 液壓系統(tǒng)使用高響應的比例閥，提高開合模精度和穩(wěn)定性，剎車響應時間縮短

The hydraulic system uses a high-response proportional valve to improve the accuracy and stability of mould open/close.This also shortens the brake response time.

六油缸均布直壓鎖模結構

six cylinders direct clamping structure

● 合模動作及高壓鎖模由兩組機械結構完成，穩(wěn)定性更高。高壓油缸呈環(huán)形分布，直接作用于模具安裝面上，有效減少模具變形，更好地保護模具，更加有利于制品成型的質量

Mould open/close and high pressure clamping are done by two groups of mechanical structures.Machine motion stability is greatly enhanced.Six cylinders aligned hexagonally behind the moving platen act directly on the mould mounting surface, which contributes to less mould deformation and better mould protections,thus minimizing product defective rates.

超短成型周期

Super-short cycle time

● 鎖模干周期較傳統(tǒng)機型縮短40%

Comparing to traditional toggle machine models,the dry cycle time is shortened by 40%

鎖模力準確、穩(wěn)定

High precision and stable clamping force

● 兩板機的鎖模力準確、穩(wěn)定、與系統(tǒng)壓力成正比，線性好，有利于保護模具，制品重復精度高

High precision clamping force stability,repeatability,excellent-tuned linearity curve against the system pressure,these results in strengthening mould protection and minimizing product weight variations