HIGH SPEED SERIES

Feature

  • Blower power consumption for 1000 bottles: 2Wh
  • Air Compressor power consumption for 1000 bottles: 6 kWh compact space
  • Screw driven controlled by servo motor providing fast and smooth motion
  • Single lamp bilateral centralized heating, easy controlled within 3°C and energy heating
  • Low-pressure air compressor will NOT be required due to high-pressure recovery system.
  • High efficient air recovery system up to 45%


Model Cavity no. Theoretical Output Preform Holder Heating pitch Cavity pitch Bottle volume Preform neck Preform height Bottle diameter Bottle height Oven no. Heating power Installed power Machine size Machine wt. origin
cavity BPH pcs mm mm Max. Max. (mm) Max. (mm) Max. (mm) Max. (mm) box*channel kW kW cm kg Taiwan China
EM12S2 12 16000 336 54 80 0.75Ltr. 38 100 70 240 2*3 94 118 590*560*350 13000 ◎
EM16S2 16 21000 448 54 80 0.75Ltr. 38 100 70 240 2*4 128 148 680*650*350 15000 ◎


  • Adopt the touch screen control system with 64K color and friendly PLC operation.
  • Exclusively designed machine construction makes it convenient to combine the blow molding machine with conveyor system.
  • The preforms are automatically arranged in order for feeding system at a single way and the dividing carrier is driven by a servo motor; this way will avoid preforms jamming, causing machine down or preforms waste.
  • Adopt a servo control screw driving system; it is rapid, stable, clean and environmentally friendly.
  • The preforms are fed into the heating system in a matrix mode and uniform heated by single-lamp with double-sided heating.
  • Employ a single-lamp with double-side heating design and will save about 50% heating consumption compared with competitor method.
  • With the temperature feedback function, temperature in the heating oven is automatically controlled by adjustment of infrared lamps to reduce prefrom crystallization problems.
  • Specially designed heating box upgrade convenience of maintenance in changing infrared lamp and cooling ramp.
  • The clamping mechanism is driven by a combination of servo motor and cam; this results in accurate and stable motion, low noise and minimal pollution.
  • Utilizes the air recovery system and efficiency up to 50% so that the low-pressure air compressor will not be required. This will save equipment investment costs and energy consumption by up to 15%.
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