600 T Two Platen Injection
Capacity:600Ton~3200 Ton
Two platen injection molding machine is Compact and practical design, Fastest half nuts movement. High speed and efficient, Synchronised locking control system, Minimized locking on and off time, two platen injection moulding machine under Excellent mold opening and closing position accuracy, Innovative Two Platen Design–stress dispersion.
Description
Benefits & Features
| Advantages: | |||
| >High Quality | >High Efficiency | >High Precision | >Energy-Saving |
| >With the trend of low carbon & environmental protection, the plastics industry is progressing faster and faster. The features of being multi-cavity, light weight, and fast cycle have already been the demand of plastics industries for the injection molding machine. Two Platen Injection Molding Machine Can be the choice for you. | |||
| Designed Point 1: Clamping Unit |
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| >Large space between tie bar & long distance of opening stroke, which is especially good for products with big or deep size. >The exact design of clamping unit makes it easier for installation, even decreased 25% area of installation. >Reducing the product deformation by the design of four force-balanced cylinders. >Fast time of pressurization & accurate control of clamping pressure, especially suit for compression molding. >Optimizing the pivoting clamping by 3D dynamic simulation and CAE analysis. |
| Designed Point 2: Injection Unit |
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| >The high rigid linear guideway realizes its function of lower resistance and ensures the injection unit stable and durable. >Accurate injection unit of high speed response time within 0.1 second, and repetition within 0.1 percent. >Proportional valve on the screen control the back pressure for highly precise production. >High toque hydraulic motor achieves the effective response for various resin. >The injection unit is stable and accurate by applying double cylinders. |
| Designed Point 3: Hydraulic Unit |
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| > Safety door controlled by servo system, ifs stable, safe and responding immediately. > Quick and stable die height adjustment, which saves time for exchange of mold > Different from traditional proportional pump, our machine can save 30%~70% power by applying servo system, subject to different kinds of products. > Responding fast by the design of logical valve. > Convenient for repairing and maintenance. |
| Designed Point 4: Electric Unit and Control Panel |
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| Electric Unit >Completely software calibration function. >Tolerance of temperature within 0.11),tolerance of position within 0.01 mm, and tolerance of pressure within 0.1 KG. >The input 48 signal points can be expanded to 120 signal points, the output 24 signal points can be expanded to 120 signal points, AC 16 signal points, and can set I/O signal points according to the needs of customer. >There is 16 signal points of transducer pressure sensor, maximum 24 signal points of temperature, and the pressure speed can be reach to 8P8F. >Alarm display when action executing. >Multi-language support 2 languages(standard) can be upgrade to 10 languages(optional). >Use USB interface,all programs are updated by USB. >Made in Taiwan. |
| Control Panel >Easy to operate;Clear function on panel;Stable and reliable quality |
| Designed Point 5: Servo Energy-Saving System(Optional) |
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| >The direct drive connection between the servo motor and the gear pump, provides excellent drive torque giving maximum acceleration and deceleration speeds for all machine functions. The patented drive system is a true advantage for high stability and repeatable molding conditions. >The servo drive system provides significant cost savings for machine energy consumption compared to traditional hydraulic drive systems. >The consumption of hydraulic oil cooling water is dramatically reduced due to the on-demand control of the servo drive system. Only the required quantity of oil is used during each stage of the machine cycle, which eliminates bypass oil wastage as found in traditional hydraulic systems. |
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Specs
Item | Unit | CF-600B | CF-800B | CF-1000B | CF-1300B | |||||||||
| Injection Unit | Screw Type | A | B | C | A | B | *C | A | B | *C | A | B | C | |
| Screw diameter | mm | 80 | 85 | 90 | 90 | 100 | 110 | 100 | 110 | 120 | 110 | 120 | 130 | |
| Injection Pressure | kg/cm2 | 2044 | 1811 | 1615 | 1956 | 1584 | 1529 | 1850 | 1529 | 1591 | 2124 | 1785 | 1521 | |
| Theoretical shot volume | cm3 | 2212 | 2496 | 2800 | 3180 | 3927 | 4751 | 3927 | 4751 | 6554 | 5702 | 6786 | 7963 | |
| Injection weight(PS) | g | 1991 | 2272 | 2519 | 2863 | 3573 | 4324 | 3573 | 4324 | 5964 | 5189 | 6175 | 7247 | |
| oz | 71.5 | 80.1 | 89 | 101 | 126 | 152 | 126 | 152 | 210 | 182 | 216 | 254 | ||
| Injection rate | cm3/sec | 552 | 623 | 699 | 722 | 892 | 1080 | 921 | 1115 | 1335 | 1066 | 1269 | 1490 | |
| Plasticizing capacity | kg/hr | 221 | 371 | 305 | 300 | 390 | 380 | 300 | 356 | 401 | 356 | 401 | 518 | |
| Injection speed | mm/sec | 110 | 113 | 117 | 111 | |||||||||
| Screw revolution | rpm | 160 | 133 | 168 | 140 | |||||||||
| Clamping Unit | Mold clamping force | KN | 6000 | 8000 | 10000 | 13000 | ||||||||
| Space between tie-bar | mm | 960×860 | 1100×960 | 1210×1060 | 1410×1210 | |||||||||
| Mold Platen size | mm | 1300×1250 | 1550×1500 | 1760×1760 | 2000×1800 | |||||||||
| Mold thickness | mm | 300-900 | 500-1100 | 600-1300 | 650-1400 | |||||||||
| Max.Open Stroke | mm | 1800 | 2300 | 2800 | 3000 | |||||||||
| Mold locating ring | mm | 150 | 150 | 150 | 150 | |||||||||
| Ejector stroke | mm | 220 | 300 | 300 | 350 | |||||||||
| Ejector Force | KN | 120 | 170 | 200 | 200 | |||||||||
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Cases
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