360° head rotation, inner membrane rotation function, high degree of automation
Independent research and development, can be customized according to production requirements
Intelligent computer, easy to operate, easy to learn and understand
Parts and components imported from Japan and Taiwan, one year warranty, more durable and reliable equipment
Auto Link Technology Co.,Ltd is a leading manufacturer. For more than 20 years, through the research and production of "wire bending machine", "camless spring forming machine" and "spring coiling machine", it has integrated the best high-tech CNC solution. We also produce various other machines to provide total solutions for spring production.
We are available in the global market in more than 100 countries around the world. Our machines are widely used in industrial production of kitchens and bathrooms, furniture, furniture, automobiles and motorcycles, gardening and fitness equipment, electronic parts, etc.
It is a device that presses the steel wire by one or two pairs of feed wheels, and drives the steel wire to move straight forward with the rotation of the feed wheels. The gears on the feeding wheel shaft are driven by sector-shaped incomplete gears. The rotation speed of the upper and lower rollers is the same, but the rotation direction is opposite. The feeding wheel rotates once, and the feeding length is the circumference of the feeding wheel. The unfolding length of the spring can be determined by the number of rotations of the feeding wheel. The number of teeth of the fan-shaped incomplete gear is the number of rotations that control the feeding wheel. In addition, each arm does not have a cam plate, and the adjustment machine does not need to arrange the cam plate, which is easier to learn. In the spring forming machine, the strengthening process is to use the impact of the high-speed moving projectile flow on the metal surface to produce a cyclic plastic strain layer on the surface, which leads to favorable changes in the microstructure of the layer and introduces the residual compressive stress field into the surface layer. The microstructure and residual compressive stress field on the surface of the computer spring machine are two strengthening factors to improve the fatigue fracture and stress corrosion fracture resistance of metal materials and their springs, so as to improve the reliability and durability of the spring machine spring.
1. Independent servo slide rail, easy to set and adjust 2. Quick release line straightener 3. Fast and stable rotating wire feed box 4. Sleeve forward and backward optional
1. Auto parts 2. Kitchen and bathroom hardware accessories 3. Supermarket trolley hook shelf 4. Furniture hardware accessories 5. Pet cage accessories 6. Garden tool accessories, etc.
(1) Pre-tensioning load: The pre-tensioning load determines the material and wire diameter of the spring, and the size of the adhesion part can be adjusted for the pre-tensioning length. (2) The outer diameter of the mandrel: The inner diameter of the torsion spring is determined according to the size of the mandrel, but the change of the spring body after twisting needs to be considered, so a proper margin must be reserved. (3) Starting and ending points of the action: the angular position of the torsion bar with the fulcrum when it is not doing work, the length, form and angle of the torsion bar with the fulcrum can be clearly specified. (4) Activity stroke load: The design of the compression spring must clearly understand the position to be actuated and the required elastic force. Determine the position and understand the required elasticity, and then determine the material, wire diameter, and number of turns. (5) Device space: The design of a compression spring must be clearly understood, and the space required for the device spring can be effectively mastered for the basic manufacturing conditions of a compression spring, such as outer diameter, inner diameter, and free length. (6) Torsion fulcrum: There must be a point when the torsion spring is working. This point can determine the length and form of the torsion bar. (7) The inner diameter of the device space: If a torsion spring device adopts an embedded type, the embedded space needs to be considered. The space determines the outer diameter, free length, and number of turns of the spring body. (8) Environmental factors: Springs act in different environments and will be affected by environmental factors, which will affect their service life. Therefore, the designer must consider changes in ambient temperature and humidity. Temperature has a huge impact on the life of the spring. Humidity It is easy to oxidize the spring without surface treatment. Therefore, environmental factors can determine whether the spring needs surface treatment and material selection. (9) The distance between the two ends: the two ends of the torsion spring will affect the form of the hook and the free length of the tension spring, and the space can determine the size and outer diameter of the adhesion part.
{keyword} | The spring forming machine includes a frame and a forming device arranged on the frame. The frame is provided with a fixed pitch device used in conjunction with the forming device. The structure is simple, the operation is simple, and the work efficiency is high. It can form more than one at a time spring.
{keyword} | The spring forming machine includes a frame and a forming device arranged on the frame. The frame is provided with a fixed pitch device used in conjunction with the forming device. The structure is simple, the operation is simple, and the work efficiency is high. It can form more than one at a time spring.
{keyword} | The spring forming machine includes a frame and a forming device arranged on the frame. The frame is provided with a fixed pitch device used in conjunction with the forming device. The structure is simple, the operation is simple, and the work efficiency is high. It can form more than one at a time spring.