Compared with ordinary machine tools, CNC high-gloss machining has higher processing precision and very stable processing quality. It is an automatic machine tool equipped with a program control system. The control system can logically process programs with control codes or other symbolic instructions, decode them, express them in coded numbers, and input them into the numerical control device through the information carrier; therefore, the requirements for the quality of operators are relatively high, especially In terms of shock absorbers, what is a shock absorber and how to use it correctly?
Definition of Shock Absorber
The shock absorbing device of the machine tool is placed under the machine to support the weight of the machine. It has the characteristics of uniform force, high stability, safety and reliability, reasonable structure, and anti-distortion. Mainly include: machine tool shock-absorbing foot pads, shock-absorbing blowers, and machine tool vibration isolation devices. There are several types of shock-absorbing devices used in CNC high gloss machines, including air springs, hydraulic dampers, and elastomeric materials. Each type has its own advantages and disadvantages, depending on the specific application and the level of damping required. Some CNC high gloss machines also use active vibration control systems, which use sensors to detect vibrations and then adjust the machine’s movements in real time to minimize their impact. These systems can provide even greater precision and control, but they are also more complex and expensive than passive shock-absorbing devices.
What Are advantage of Shock Absorbing Device of CNC High Gloss Machine?
The use of a shock-absorbing device in a CNC (Computer Numerical Control) high gloss machine provides several advantages, including:
-Improved surface quality: A shock-absorbing device can absorb vibrations generated during the machining process, which can lead to smoother and more precise surface finishes.
-Extended tool life: Vibrations can cause excessive wear and tear on cutting tools, leading to shorter tool life. A shock-absorbing device can reduce the impact of vibrations, resulting in longer tool life.
-Reduced machine wear and tear: Continuous vibrations can cause damage to the machine itself, leading to premature breakdowns and maintenance issues. A shock-absorbing device can help to reduce the impact of vibrations, leading to a longer machine lifespan.
-Increased productivity: With improved surface quality and extended tool life, a shock-absorbing device can help to increase productivity by reducing the need for rework and tool changes.
-Improved safety: Vibrations can cause machines to shift or move unexpectedly, which can pose a safety risk to operators. A shock-absorbing device can help to stabilize the machine, reducing the risk of accidents.
How To Use
1. Put the required pad iron under the anchor hole of the machine tool, penetrate the screw into it, clamp the anchor with nuts, and place the nuts in contact with the machine tool.
2. After the machine tool is level, tighten the screw to fix the level state.
3. Because of the creep phenomenon of rubber, when the horn is used for the first time, adjust the machine tool level again after two weeks.
4. To adjust the level of the machine tool, the nut rotates counterclockwise, and the machine tool rises.
The emergence of CNC high-gloss machine represents the development direction of modern machine tool control technology, which can better solve the processing problems of complex, precise, small batch and multi-variety parts.