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| Kerbstone forming machine | ||||||||
| Name | Power (kW) | Size (mm) | Parameter | Remark | ||||
| Doser | 4 | 2250×1900×2350 | capacity: φ1500×350 Weight:2.3T | Used for host feeding，The quantitative machine barrel is equipped with a stirring device to prevent material sedimentation The quantitative hopper is made of stainless steel and can be replaced for different specifications of products. | ||||
| Host | 15 | 4600×1830×3100 | Master cylinder diameter: 650mm Molding pressure :400-600T Molding speed: 30-55 seconds/piece Weight: ≈18T PLC: Mitsubishi, Japan Proximity switch: Schneider Relay: Omron Hydraulic parts: Shanghai Lixin | The molding host adopts quantitative feeding and high pressure filter molding. PLC programming control system and man-machine interface are easy to operate and can monitor the automatic production process and display the fault point. The hydraulic system is composed of multiple combinations of oil valve groups, and the master cylinder adopts fast cylinder up and down quickly, self-priming and filling oil to achieve rapid pressure, shorten the pressure time to achieve the purpose of increasing production. | ||||
| Mold | Finished product thickness 20-60mm The mold frame and core are both cast and formed in one piece Lining plate material: Cr12 Mold core material: 42CrMo cushion block | Different specifications of products can be produced by changing molds | ||||||
| Vacuum | 11 | 1200×1000×2100 | Vacuum suction and sewage discharge | |||||
| Automatic palletizer | 4.7 | 4000×2000×4100 | Using servo motor drive Flipping device: cylinder flipping Suction cup: vacuum generator suction cup | The front, back, up, and down are all controlled by speed reducers and frequency converters, using Mitsubishi PLC programming to control the action program. The human-machine interface can operate, monitor automatic operation, adjust parameters, and display faults. The product is taken out using vacuum suction, 90 degree flip placement, and the number of placement blocks and layers can be set on the human-machine interface | ||||
| Kerbstone forming machine | ||||||||
| Name | Power (kW) | Size (mm) | Parameter | Remark | ||||
| Doser | 4 | 2250×1900×2350 | capacity: φ1500×350 Weight:2.3T | Used for host feeding，The quantitative machine barrel is equipped with a stirring device to prevent material sedimentation The quantitative hopper is made of stainless steel and can be replaced for different specifications of products. | ||||
| Host | 15 | 4600×1830×3100 | Master cylinder diameter: 650mm Molding pressure :400-600T Molding speed: 30-55 seconds/piece Weight: ≈18T PLC: Mitsubishi, Japan Proximity switch: Schneider Relay: Omron Hydraulic parts: Shanghai Lixin | The molding host adopts quantitative feeding and high pressure filter molding. PLC programming control system and man-machine interface are easy to operate and can monitor the automatic production process and display the fault point. The hydraulic system is composed of multiple combinations of oil valve groups, and the master cylinder adopts fast cylinder up and down quickly, self-priming and filling oil to achieve rapid pressure, shorten the pressure time to achieve the purpose of increasing production. | ||||
| Mold | Finished product thickness 20-60mm The mold frame and core are both cast and formed in one piece Lining plate material: Cr12 Mold core material: 42CrMo cushion block | Different specifications of products can be produced by changing molds | ||||||
| Vacuum | 11 | 1200×1000×2100 | Vacuum suction and sewage discharge | |||||
| Automatic palletizer | 4.7 | 4000×2000×4100 | Using servo motor drive Flipping device: cylinder flipping Suction cup: vacuum generator suction cup | The front, back, up, and down are all controlled by speed reducers and frequency converters, using Mitsubishi PLC programming to control the action program. The human-machine interface can operate, monitor automatic operation, adjust parameters, and display faults. The product is taken out using vacuum suction, 90 degree flip placement, and the number of placement blocks and layers can be set on the human-machine interface | ||||
