The camless spring machine can produce springs with wire diameters of 0.3-2.5mm and wire forming products. It adopts a unique cam-free and rocker-free design, independently controlled by multiple sets of servo motors, and the commissioning time is more than 50% faster than traditional cam machines, and it is easy to produce, accurate in positioning, and stable in operation.
1. Have the advantages of the traditional 8-jaw cam machine;
2. Easier, faster and more precise production of difficult springs
3. The 8 arms adopt double guide rails, which are small in wear and easy to maintain and clean to ensure accuracy and strength. It can process 2.5mm high carbon steel wire for a long time.
4. There is no heat generated by the collision machine, the composite tool completes all the processes, and the loss is low.
5. Intelligent module, automatic detection and alarm system.
6. Windows operation, Chinese and English version, simple operation, easy to learn and use.
7. It is suitable for the production of high-precision spring products required for the molding of automobiles, motorcycles, bicycles and other vehicles and entertainment and fitness equipment.
8. It can produce all kinds of special-shaped springs, compression springs, tension springs, torsion springs, double torsion springs, volute springs, flat wire springs (clockwork springs) and various wire forming, etc.
9. The LED lighting can adjust the position arbitrarily, which is convenient for debugging and viewing
10. Gear, servo motor, guide rail drive, efficient and time-saving
11. The quil rotating core is impact resistant and has a long life
12. The computer operating system can be rotated 180 degrees forwards and backwards, which is easy to move
13. The appearance is beautiful and simple, with strong practicability
14. Equipped with Sanyo Denki which is most suitable for spring machine work  

CE certified

Wooden case

1.How can I select machine?
Based on your wire sizes, material, product type, quantity etc..

2.Why I should order from you?
We provide cost-effective solutions. The machine is durable, with high precision and strength, and good stability. The gears, sliders/ guide rails, motors, bearings, cam crank arms, knife holders, and knives are wear-resistant and durable.

3.What about your after sale service?
Making spring samples;
Training free 1 week in our factory;
Video/ Online technical support;
Lifetime maintenance;
Local agent service/ Paid for local service person.
Spare parts free for 1 year exclude waering parts

    Spring machinery is a general term for all kinds of machinery that produce various springs. There are manual and automatic points. The price of domestic spring machinery is relatively low, and the market share is relatively large. After 2000, computer-controlled automatic spring machinery has gradually become the first choice of spring companies.
As an important component of the industrial system, springs are used in almost all areas of the national economy. And there are many kinds, so the production of springs is also primitive hand-made, gradually moving towards automation. Ninety years ago in        our country, the spring industry had very few mechanical equipment specializing in the production of springs. As the spring market grew, professional spring equipment companies gradually entered our country. Small domestic manufacturers are characterized by high quality and low price. With the continuous improvement of China's R&D and manufacturing capabilities, China has gradually moved from importing computer spring machines to exporting, indicating that our country's spring machine industry has developed rapidly.
Due to the limitation of product structure, multi-strand springs generally have the characteristics of high strength and good performance. The material is required to guarantee the ultimate performance in terms of spring strength and toughness. During the processing of multi-strand springs, it should be noted that: 1. The supporting ring can be selected according to product requirements, cold and hot. It is not allowed to heat the spring to sparking or whitening by using the heat-union method, and the temperature of the silico-manganese steel shall not be higher than 850°C. The support ring and the effective ring should be in effective contact, and the gap should not exceed 10% of the nominal gap between the rings. 2. The characteristics of the multi-strand spring can be determined by the adjustment lead, and the cable distance can be adjusted as necessary during winding. The twisting distance can be 3~14 times the steel wire diameter, but generally 8~13 times is better. The spring force is also closely related to the free height, the end ring, the outer diameter and the performance of the steel wire. It can be changed by adjusting one or several of them. 3. Springs without support rings and springs with too thin wire diameters should not be welded to the spring head, but the end cable should not be significantly loose, and should be deburred. For multi-strand springs that need to be welded to the head, the length of the welded part should be less than 3 times the cable diameter (the longest is no more than 10 mm). The heating length should be less than one circle, and it should be polished smoothly after welding, and the welding part should be locally annealed at low temperature during gas welding. 4. The spring surface treatment is generally phosphating treatment, but other treatments can also be carried out. Where zinc and cadmium are to be coated, the hydrogen removal treatment should be carried out after electroplating, and 3% (not less than 3 pieces) shall be drawn after the removal of hydrogen. The spring should be cleaned of surface dirt, salt marks, and oxide scale. The method can be sand blowing or gasoline cleaning, but acid cleaning is not allowed. 5. The pressing time of important springs is 24 hours, and that of ordinary springs is 6 hours or continuous compression 3~5 times, each time holding for 3~5 seconds. The gap between the spring and the mandrel during compression is preferably 10% of the diameter of the mandrel. If the gap is too small, it is difficult to operate, and if the gap is too large, the spring is likely to bend and deform. If one of the springs breaks during compression, the rest should be processed again.