Single Station Plastic Bottle Blow Molding Machine

D Type High Speed Single Station Plastic Bottle Blow Molding Machine with IML for Plastic Semi-Round Bottle

SLD series:

1: this machine is suitable for the production of 200ML 10L plastic hollow products, the use of curved elbow lock system, low energy consumption, the center of the lock, the lock force, speed faster, run more smoothly.

2: die opening and closing system: specially designed for Heng lock mould mechanism using a high pressure mode locking, locking plate stress in the centre of the template, clamping force, openThe rigid lock template, even if the ultra wide die is also fitted.

die head system: all the use of 38CRMOALA and other materials, the precision machining and heat treatment.

3: hydraulic system: full hydraulic double proportional hydraulic control, equipped with imported famous brand hydraulic valve and oil pump, stable, reliable.

4: automatic flying side device: in addition to the overflow device can accurately remove the product of the residual material, and with a straight push type in addition to the overflow device and a rotary knife type in addition to overflow device, the real realizationAutomatic equipment without manual operation.

This machine is suitable for bottles, detergent bottles, oil pot, plastic toys, cosmetics bottles, beverage bottles, chemical Hardware

Multi cavities: 1~4 cavities and Designed for the PE/PP/PETG/PVC/Co-Extrusion material

5.Semiautomatic: Push “ Semiautomatic” key and make machine to conduct reset adjustment. Blow pin returns to position of back pen stop, placing rack returns to position of down stop and mould clamping device returns to position of mould opening stop. After these action, close safety door. The machine will automatically finish one working cycle according to procedure of “Action Order Figure”. When action approaches end, safety door opens and take out product. Close safety door again and next action cycle begins.

During semiautomatic operation, products’ quality and production efficiency are directly influenced by position selection of all stroke switches, setting of all time and selection switches of procedure modes.