Product Details
High quality characteristics
The “new breakthrough” of hydraulic injection molding machine has realized “pressure valve ring control” and “energy supply and demand matching”, leading the development trend of injection molding machine!
Pressure valve ring control: real-time comparison between actual pressure and set pressure and corrections until the actual pressure is equal to the set pressure.
Energy supply and demand matching: as much energy as the injection molding machine needs to do work, the power system will provide as much energy, with very little energy loss.
Super energy saving
40% energy saving than variable pump system. 60% energy saving than fixed pump + fixed speed motor (depending on the product, the energy saving effect is different).
High precision and high response
Using high-precision and high-sensitivity pressure sensors and rotary encoders, the closed-loop control of pressure and flow is realized, and the repeated progress error is less than 1%. It only takes 0.05 seconds for the servo motor to reach the maximum output power.
Low noise
The noise value is within 78db. When the machine is not moving, the servo motor stops rotating almost without noise.
Save cooling water
Using “no fixed pump + fixed speed motor system” overflow heating. The temperature of hydraulic oil is low, which greatly reduces the amount of cooling water.
New clamping structure
Inner-rolled five-point toggle-type clamping mechanism, strengthened by finite element analysis, cast connecting rod and template can effectively reduce stress and deformation, and improve the rigidity and accuracy of the clamping part.
New power composition
The new power system composed of servo motors, servo drives, pressure sensors, rotary encoders, gear pumps and high-precision dedicated controllers can best match the energy requirements of the injection molding machine.
| MODEL:HXM168 | ||||||
| TECHNICAL PARAMETER TABLE | a | A | B | C | ||
| INJECTION UNIT | SCREW DIAMETER | mm | 38 | 42 | 45 | 48 |
| SCREW L/D RATIO | L/D | 24 | 22 | 21 | 20 | |
| INJECTION CAPACITY IN THEORY | cm3 | 260 | 318 | 365 | 416 | |
| INJECTION WEIGHT(PS) | g | 237 | 289 | 332 | 378 | |
| oz | 8.4 | 10.1 | 11.7 | 13.3 | ||
| INJECTION PRESSURE | MPa | 260 | 212 | 185 | 163 | |
| INJECTION RATE | g/s | 117 | 143 | 164 | 187 | |
| PLASTICIZING CAPACITY | g/s | 13 | 15 | 20 | 23 | |
| SCREW SPEED | rpm | 220 | ||||
| CLAMPING UNIT | CLAMPING FORCE | KN | 1680 | |||
| MOVING MOULD-PLATE STROKE | mm | 450 | ||||
| MAX. MOULD HEIGHT | mm | 500 | ||||
| MIN. MOULD HEIGHT | mm | 150 | ||||
| SPACE BETWEEN TIE-BARS (W×H) | mm | 470×430 | ||||
| HYDRAULIC EJECTOR FORCE | mm | 56 | ||||
| HYDRAULIC EJECTOR STROKE | KN | 130 | ||||
| EJECTOR NUMBER | n | 5 | ||||
| OTHERS | PUMP PRESSURE | MPa | 17.5 | |||
| MOTOR /DRIVING POWER | KW | 21 | ||||
| HEATING CAPACITY | KW | 10.95 | ||||
| MACHINE DIMENSION (L×W×H) | m | 4.93×1.31×1.93 | ||||
| MACHINE WEIGHT | t | 4.3 | ||||
| OIL TANK CAPACITY | L | 200 | ||||