Manhart How to measure high precision of twisted axis CNC bending machine?

The high-precision measurement of a twisted axis CNC bending machine mainly relies on its advanced control system and precise measurement tools. The following are some key measurement methods and steps:
### 1. Selection of measuring tools
*CNC bending machine outer ruler: The CNC bending machine outer ruler is a tool specifically used to measure the length of the material to be bent. Before use, it is necessary to ensure that the surface of the outer ruler is clean to avoid affecting the measurement accuracy.
*Other precision measuring tools, such as calipers, depth gauges, micrometers, etc., can be used to more accurately measure the size or angle after bending.
### 2. Preparation before measurement
*Cleaning work: Clean the worktable and measuring tools of the CNC bending machine to ensure that there are no debris or dirt affecting the measurement.
** * Calibration Tool * *: Check and calibrate the measuring tools used to ensure their accuracy.
** * Parameter Setting * *: Based on the characteristics of the material to be processed and the bending requirements, set appropriate parameters in the CNC system, such as bending angle, speed, pressure, etc.
### 3. Measurement steps
** * Determine measurement starting point * *: Align the outer ruler or other measuring tool with one end of the material to be bent to determine the measurement starting point.
** * Measurement * *: Accurately measure the length or size of the material to be bent according to the instructions of the measuring tool.
** * Record data * *: Timely record measurement results for subsequent analysis and adjustment.
### 4. Precision Control of Numerical Control System
** * Automatic Calibration * *: Some advanced twist axis CNC bending machines have automatic calibration function, which can automatically adjust parameters during the machining process to ensure machining accuracy.
*Real time monitoring: The CNC system can monitor various parameters during the machining process in real time, such as pressure, speed, temperature, etc., and detect and correct deviations in a timely manner.
### 5. matters needing attention
** * Ensure the accuracy of measuring tools * *: Regularly check and calibrate measuring tools to avoid using distorted or deformed tools.
** * Avoid human error * *: Operators should strictly follow the operating procedures for measurement and processing to avoid errors caused by improper operation.
** * Pay attention to material properties * *: Different materials have different strength and plasticity characteristics, which have varying impacts on machining accuracy. When selecting materials and setting parameters, the characteristics of the materials should be fully considered.
### 6. Technical support for high-precision measurement
*High precision sensors: Modern CNC bending machines are often equipped with high-precision sensors that can monitor various parameters in real-time during the machining process, improving machining accuracy.
*Intelligent Control System: Through an intelligent control system, more precise parameter settings and flexible processing methods can be achieved, thereby further improving processing accuracy and efficiency.
In summary, the high-precision measurement of torsion axis CNC bending machines relies on advanced control systems, precise measurement tools, and scientific measurement methods and steps. By comprehensively utilizing these technologies and methods, it is possible to ensure that the torsion axis CNC bending machine achieves high precision and efficiency during the machining process.