Liner bottle blow molding machine
Product Description
WJA-4
| Item | WJA-4- | ||
| Theoretical output | Pcs/H | 5000-6000 | |
| Product | Volume | L | 0.1-2 |
| Max height | MM | 320 | |
| Max diameter | MM | 125 | |
| Mould | Number of cavities | / | 4 |
| Mould thickness | MM | 190 | |
| Mould opening stroke | MM | 220 | |
| Total power | KW | 36 | |
| Heating power | KW | 18 | |
| Air system | Operation pressure | Mpa | 0.8 |
| Action air consuming | M3/Min | 2.0 | |
| Blowing air consuming | M3/Min | 3.0 | |
| Machine | Main body dimension(L*W*H) | M | 3.9*1.6*2.3 |
| Main body weight(L*W*H) | KG | 3500 | |
| Perform autoloaber(L*W*H) | M | 2.15*1.5*2.7 | |
| Perform autoloaber weight | KG | 800 | |
| Preform material | PET | ||
WJA-6
WJA-6 two-step blow molding machine is a high-capacity full-automatic production equipment suitable for various PET containers. Its operation process does not require any manual operation, and the entire process is independently completed by the machine. This model uses a slideway to connect the star wheel into the embryo, the servo-controlled furnace chain runs the embryo at a constant speed, the servo-driven variable-pitch mechanism connects the embryo, the servo single-power crank connecting rod opening and closing mold, and the servo-driven stretching mechanism. Compared with traditional equipment, this new model has greatly improved the production capacity and efficiency, while achieving the effects of energy saving and noise reduction.
WJA-9
WJA-9 two-step blow molding machine is a high-capacity full-automatic production equipment suitable for various PET containers. Its operation process does not require any manual operation, and the entire process is independently completed by the machine. This model uses a slideway to connect the star wheel into the embryo, the servo-controlled furnace chain runs the embryo at a constant speed, the servo-driven variable-pitch mechanism connects the embryo, the servo single-power crank connecting rod opening and closing mold, and the servo-driven stretching mechanism. Compared with traditional equipment, this new model has greatly improved the production capacity and efficiency, while achieving the effects of energy saving and noise reduction.
| Item | WJA-9 | ||
| Theoretical output | Pcs/H | 12000 | |
| PRODUCT | Volume | L | 0.1-1 |
| Max height | MM | 240 | |
| Max diameter | MM | 85 | |
| MOULD | Number of cavities | / | 9 |
| Mould thickness | MM | 200 | |
| Mould opening stroke | MM | 220 | |
| Total power | KW | 62 | |
| Heating power | KW | 40 | |
| AIR SYSTEM | Operation pressure | Mpa | 0.8 |
| Action air consuming | M3/Min | 4.5 | |
| Blowing air consuming | M3/Min | 3.0 | |
| Machine | Main body dimension (L*W*H) | M | 7*2*2.3 |
| Main body weight (L*W*H) | KG | 7500 | |
| Perform autoloaber (L*W*H) | M | 2.15*1.5*2.7 | |
| Perform autoloaber weight | KG | 800 | |
| Preform material | PET | ||
1.Embryo management
2 .Heating light box mechanism
The heating mechanism adopts a unit heating system, which is composed of 4 groups of heating furnaces, each of which has 6 to 8 layers (standard configuration 7 layers) of infrared lamps.
Through various heating stages, the embryo tube can be well heated, and the embryo tube inserted on the heating head can rotate continuously on the circuit to achieve the best heating effect. At the same time, adjusting the pressure regulating unit on the touch screen can fully realize the temperature adjustment of five thousandths of the preform. The tiny temperature control makes the preform more suitable for the requirements of the bottle blowing process.
Unitized heating system, the heating lamp box can be turned outward more than 90 °, which is convenient for replacing the lamp tube.
3. Blowing unit
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