Hw-850 Automatic Positive and Negative Pressure Three-Station Integrated Blister Machine

1 Positive and negative pressure forming device, 2 vacuum forming device, 3 touch screen computer temperature module point-to-point control function, 4 air control device, 5 cooling device, 6 knife mold, mold temperature control function, 7 automatic punching and cutting function, 8 automatic stacking Counting function, 9 side material automatic winding function, 10 safety protection device
Three, mechanical characteristics
According to the material and thickness of the product, the machine can reach a maximum speed of 3 seconds/mold during production. All of it adopts a servo control system and an overall advanced matching automation system, which can adapt to various sheets. This model has the most user-friendly mold replacement structure, which greatly shortens the mold change time. The advanced heating system adopts intelligent module temperature control, quick response and short time, and strives for the highest efficiency and low cost. The new type of electric furnace, the upper and lower furnace heating frames are all made of stainless steel and equipped with heat insulation board material design, with low weight, low cost, fast heat dissipation, and simple appearance. The heater adopts a Sino-British joint venture ceramic infrared radiant heater, and imported solid-state relays have non-contact output, ensuring fast temperature rise, high precision, stability, and temperature control error of ±1ºC.
The feeding chain adopts imported double-row roller chain with teeth, and the chain track adopts Japanese imported light flat, wear-resistant and non-deformation, compact structure, and the pull-piece motor is enlarged to 7.5KW, which can be used as (0.3-2.2mm) thick blister Sheet material, chain rails are equipped with cooling water channels, which have high cooling efficiency and internal circulation water channels to save water sources. Each servo motor is equipped with a thermal protection device to prevent the servo motor from damaging the equipment due to overload and overcurrent due to long-term work. Each motor is equipped with an overcurrent protection device.
Commonly used materials such as PVC, PET, APET, PETG, PP, PE, PS, EPS, EPOS, starch biodegradable materials, photoelectric biodegradable materials, flocking materials, etc. It is widely used in the mass production of food, hardware, electronics, stationery, medical supplies, daily necessities, cosmetics, handicrafts, toys and other industries.