Specification parameters
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Characteristic description
1. High precision and stability
Precision control: Advanced servo motors and CNC systems are used to ensure the dimensional accuracy and consistency of the spring, with errors controlled within ± 0.01mm.
Strong stability: The equipment runs smoothly and can maintain stable performance even under high-speed production conditions, reducing waste rates.
2. Wide applicability
Wide range of wire diameters: Supports wires ranging from Φ 0.2mm to Φ 2.0mm, suitable for various types such as micro springs and medium-sized springs.
Diversified spring types: We can produce various types of springs such as compression springs, tension springs, torsion springs, and irregular springs to meet the needs of different industries.
3. Efficient production
High speed operation: The equipment runs at a fast speed, with high production efficiency, and can produce hundreds of springs per minute, greatly increasing production capacity.
High degree of automation: equipped with functions such as automatic wire feeding, automatic winding, and automatic cutting, reducing manual intervention and lowering production costs.
4. Intelligent operation
User friendly interface: It adopts a bilingual operation interface in Chinese and English, supports touch screen control, and has simple and intuitive operation.
Flexible programming: Supports multiple sets of program storage, can quickly switch production parameters of different springs, and adapts to the production needs of small batches and multiple varieties.
Real time monitoring: Real time display of equipment operation status, supporting fault alarm and automatic diagnosis functions, easy to maintain and debug.
5. Multi functional integration
Multi axis linkage: Supports multi axis linkage control and can complete the molding process of complex springs, such as double torsion springs, tension springs with hooks, etc.
Additional features: Optional functions such as automatic feeding, automatic detection, and automatic packaging can be selected to further enhance the automation level of the production line.
6. Durability and reliability
High quality materials: Key components are made of high-strength alloy steel and wear-resistant materials to ensure long-term stable operation of the equipment.
Low maintenance cost: The structural design is reasonable, easy to maintain, and reduces equipment downtime and maintenance costs.
7. Environmental Protection and Energy Conservation
Energy saving design: adopting efficient motors and energy-saving control systems to reduce energy consumption, in line with the concept of green manufacturing.
Low noise operation: The equipment operates with low noise, improving the working environment.
8. Widely applicable fields
Electronics industry: used for producing micro springs, such as phone button springs, headphone springs, etc.
Medical devices: Suitable for spring components in precision medical devices.
Automotive industry: used for manufacturing car seat springs, clutch springs, etc.
Home appliance industry: supports the production of springs in home appliances, such as washing machine springs, door lock springs, etc.
Sample image display
