| Customization: | Available |
|---|---|
| Warranty: | One Year |
| Type: | Extrusion Blow Molding Machine |
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Description:
Double station and linear movement, high intensity stainless steel mould platens, driven by hydraulic pressure, designed and analyzed by finite element aided software, ensure big clamping force, no expansion of mold.
Specially designed screw with high L/D ratio insures good plasticizing and stable extrusion; high precision and no part line die head guarantees customers' top-quality requirement.
Multi-screw & multi-die head can be adopted to improve the quality of the product and lower down the cost of material.
Famous brand of vector inverter in high pulling torque, complied with special extrusion hardened reducer, can operate in stable, durable , and low noise state.
All hydraulic parts are from Yuken (Japan). Pressure & proportional control are set by PLC, which ensures the stable operation; Mold movement is controlled by special speed limited valves, ensuring precise and non-striking.
Parts of pneumatic system are imported from FESTO (Germany), SMC (Japan), etc, which are top brands in the word. These make sure the operation of machine reliably and accurately; the air circulation is large while the leakage is very small.
High speed Siemens (Germany) PLC with multiple language touch screen, easy-access menu display, is easy to control and operate.
Schneider (France) touchless sensors and switches are adopted, which are dependable and in low heat & prolonged life.
Multiple-way PID controlled temperature heating is precise and stable.
Fully automatic operation can be achieved by optional equipments like auto-deflashing, rotary trimming device or separated rotary trimming equipment.
production process
Sample Picture:
| Specifications | TCB80series | |
| Material | HDPE,LDPE,PP... | |
| Max container capacity | L | 25 |
| Number of die | set | 1 |
| Output(dry Cycle) | pc/hr | 260 |
| Dimension(L*W*H) | M | 5.0*4.1*2.8 |
| Weight | ton | 12.5 |
| Clamping Unit | ||
| Clamping force | KN | 260 |
| Platen opening stroke | mm | 400-900 |
| Platen size | mm | 880*1150 |
| Max mould size(W*H) | mm | 700*780-500*1200 |
| Mould thickness | mm | 410-550 |
| Power | ||
| Max drive | KW | 67 |
| Total power | KW | 97 |
| Fan power for screw | KW | 0.9 |
| Air pressure | Mpa | 1 |
| Air consumption | m³/min | 0.9 |
| Average energy consumption | KW | 32 |
| Extruder unit | ||
| Screw diameter | mm | 80 |
| Screw L/D ratio | L/D | 25 |
| Plasticizing capacity | Kg/hr | 140 |
| Number of heating zone | zone | 5 |
| Extruder heating power | KW | 20 |
| Extruder driving power | KW | 37 |
| Rotate speed of screw | rev. / min. | 9-87 |
| Die-head | ||
| Max storage volume | L | 4.8 |
| Number of heating zone | zone | 3~5 |
| Power of die heating | KW | 18 |
| Max die-pin diameter | mm | 250 |
| Die head distance | mm | 410 |
| Thickness reference point | moog | 100 |
| Type of die-head | Accumulator | |
| Hydraulic system | ||
| Rated pressure | Mpa | 12 |
| Rated flux | L/min | 117 |
| Hydraulic pump drive power | KW | 22 |
| Servo system of thickness controller | ||
| Rated pressure | Mpa | 14 |
| Rated flux | L/min | 16 |
| Hydraulic pump drive power | KW | 4 |
| Bottom blowing device | ||
| Fluctuating distance( up and down) | mm | 150 |
| Dilate distance | mm | 150--450 |
| Blowing head upward-downward distance | mm | 100 |
| Blowing head upward-downward distance by manual | mm | 150 |
| Max. distance of splint | mm | 210 |
| Robot | ||
| Holding distance | mm | 350 |
| Taking out distance | mm | 1000 |
| Upward-Downward of the pedestal | ||
| Upward-downward distance | mm | 390 |
| The speed of Upward-downward | mm/min | 30 |
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