Full Automatic Injection Molding Machine
◆ Maximun injection volume：10g
◆Temperature control range：50°C350°CAccuracy+1°C
◆Mold size：150*150mm(max)
◆injection spend：(5g PP material)one cycle every 12 seconds (excluding cooling)
◆Control system：Integrated control system/5 inch touch screen
◆Power：220/1kw
Description
Technical Parameters
Fully automatic injection molding machines are high-end molding equipment integrating mechanical, electronic, hydraulic, and control technologies. They can achieve fully automated operation from raw material feeding, melting and plasticizing, high-pressure injection, pressure holding and cooling to product ejection. The equipment adopts a high-precision servo drive system and PLC programmable control to precisely control key parameters such as injection pressure, speed, and temperature. It is compatible with various polymer materials such as PP, ABS, PC, and nylon, and is widely used in the mass production of precision products in industries such as automotive parts, electronics, medical devices, and daily necessities. Its integrated design significantly reduces manual intervention, improves production efficiency and product consistency, and reduces defect rates, making it a core piece of equipment for achieving intelligent and efficient production in modern manufacturing.
| Project | Details |
| product | Desktop injection machine |
| Place of Origin | Mainland China |
| sort by color | M2 Deposit, M2 Final, M2 Machine |
| Plastic Machinery Type | All-electric injection molding machine |
●Fully Automated Process:
From raw material feeding to finished product output, no manual intervention is required. It can be coupled with robotic arms to achieve unmanned production, reducing labor costs.
●High-Precision Molding:
Servo closed-loop control technology ensures injection repeatability ≤ ±0.1mm, resulting in small product dimensional tolerances and high surface finish.
●High Efficiency and Energy Saving:
Utilizing a servo energy-saving hydraulic system, it saves 30%-50% more electricity than traditional quantitative pump models. The heating system boasts high thermal efficiency and low energy loss.
●Stable and Reliable:
Core components are sourced from well-known brands, featuring a rational structural design, low operating vibration, low failure rate, and long service life.
Four Core Working Principles
Raw Material Plasticization Principle:
Plastic granules in the hopper enter the heated barrel, where they are extruded by the rotating screw and heated against the outer wall of the barrel, gradually melting into a uniform, viscous flow plastic.
High-Pressure Injection Principle:
The hydraulic system drives the screw forward rapidly, injecting the molten plastic at the front of the barrel into the closed mold cavity under high pressure and high speed.
Pressure Holding and Shrinkage Compensation Principle:
After injection, the screw maintains a certain pressure, replenishing the cavity with melt that is insufficient due to the cooling and shrinkage of the plastic, ensuring a full product.
Cooling and Demolding Principle:
Cooling water is circulated through the cooling system within the mold, rapidly cooling and solidifying the molten plastic in the cavity. The mold then separates, and the ejector mechanism ejects the finished product.
Reasons to Choose Us
End-to-end solution capabilities
High cost-effectiveness and long-term peace of mind
Customization and adaptation advantages
Professional service guarantee
fAQ
1. What plastic raw materials is the equipment compatible with?
It is compatible with thermoplastics such as PP, PE, ABS, PC, PA, PVC, PS, etc. For special raw materials (such as glass fiber reinforced materials), the screw and barrel can be customized.
2. How to select the equipment model based on product requirements?
Mainly based on product weight, number of cavities, and injection pressure. The commonly used selection parameter is "injection volume (g)". Product drawings can be provided for precise recommendations by our technical staff.
3. What services are included after equipment delivery?
Includes on-site installation and commissioning, operation and maintenance training, 1-year warranty on the entire machine (excluding consumable parts), lifetime technical support and spare parts supply.
4. How is the equipment's production efficiency calculated?
Production efficiency = 60 ÷ single mold cycle time (seconds) × number of cavities. The single mold cycle time depends on the size and thickness of the product; for typical small parts, the cycle time can be as low as 10-20 seconds.
5. Does it support integration with automated production lines?
Supports integration with robotic arms, conveyors, testing equipment, and central feeding systems, and can provide automation integration solutions tailored to production line needs.
6. What are the noise and energy consumption levels during equipment operation?
Operating noise ≤75dB(A). The hourly energy consumption of servo energy-saving equipment varies from 5-20kW depending on the model; a detailed energy consumption test report can be provided.
If you have any questions, you can leave us a message
Contact Us:xslightings@xslighting.com
Hot Tags: full automatic injection molding machine, China, suppliers, manufacturers, factory, custom, wholesale
Tech Specs
| Dimensions | 600*300*535mm |
| Equipment weight | 45kg |
| Screw diameter | 16mm |
| Injectionmethod | screw extrusion |
| Glue injection motor torque | 12N:m |
| Clamping motor torque | 8N:m |
| Maximun injection volume | 10g |
| Maximun clamping force | 1T |
| Temperature control range | 50°℃350℃Accuracy±1℃ |
| Heating interface | comes with 4heatling control ports.3sections of barrel+1section of mold |
| Mold opening and closing stroke | 135mm(excluding mold) |
| Mold size | 150*150mm(max) |
| injection spend | (5g PP material)one cycle every 12 seconds (excluding cooling) |
| Control system | Integrated control system/5 inch touch screen |
| Power | 220/1kw |
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