The camless spring making machine is developed based on traditional spring machine. It uses the command operation in the computer controller to drive the servo motor of each claw arm, which can effectively save the time of debugging.
In the operation and forming process of the traditional cam spring machine, the claw arm of the equipment rotates clockwise or anticlockwise in turn. The unused claw arm is still working, and the useless work creates a delay in running time, while the camless spring making machine uses an independent servo motor to drive the operation of each claw arm, and each claw arm can operate independently. This can delay the time of the alternation of the claw arm, in turn, reduce the useless work, and greatly improve the processing efficiency.
The camless spring making machine can realize the production of more complex spring products, provide the possibility of one-time forming, and solve more processing problems.
Therefore, after innovation and development, the camless spring making machine has been greatly improved in debugging, efficiency, and molding, which can meet the enterprises' higher requirements of the spring processing. But relatively, the price- cost will be higher. Enterprises should choose suitable equipment according to their own needs.
The camless spring making machine has gradually entered our world. MYT's camless spring making machine is easier to debug. The camless spring making machine is designed without a cam and rocker arm. It drives the work station with the independent servo motor, and there is no need to arrange cam plates. These characteristics make it have unique functional advantages:
① The debugging process is more convenient. Everyone who is familiar with the structure of the spring machine knows that cam is the main accessory of the numerical control spring machine in the power transmission system. The spring is formed by the control of each cam plate by system command. The camless spring making machine has a unique design, which is camless and rockerless. In the process of debugging, the technologists do not need to arrange the angle position of the cam, but only need to be familiar with the computer operating system and the corresponding programming. So it greatly reduces the difficulty in the debugging process.
② A stronger forming ability. Compared with the traditional spring machine with cam, the arm of the camless spring making machine can be disassembled and installed, that is to say, the arm can be disassembled and installed at any position on the panel according to the need of product forming. In the specific operation, it can stagger the running track of spring forming to avoid hitting the knife. Besides, due to the detachable and installation ability of the arm, as well as the large internal space, it provides more powerful functions for various complex spring forming.
③ Faster and more stable. We are not new to the traditional spring machine with cams. It uses a servo motor to drive all the cams of the machine; every time it completes an action, all the cams will follow it to rotate once; some of the cams have done useless work, and the cams will produce time intervals in rotation. However, the camless spring making machine is different. The servo can independently drive each arm and can run separately. The travel path can be set freely according to the needs, which can effectively avoid invalid actions, shorten the time interval, and improve work efficiency.