The machine is designed for the automatic detection and alignment of various shaft products, ensuring they meet equal radial runout (TIR) specifications.
It is suitable for processing elastic metal materials such as elastic arms, shafts, screw rods, and guide rails.
The machine uses a precision micro displacement sensor, achieving detection accuracy of 0.002 mm and correction accuracy of 0.01 mm.
The average time for detection and correction is less than 10 seconds.
The machine can handle rotor shaft diameters ranging from 2 mm to 20 mm.
The Steel Stainless Bar Pipe Rotor Straightening Machine weighs 500 kg.
The machine operates on a power supply of 220V, 50HZ, and requires 1.5KW.
Yes, it features machine self-learning technology that allows it to quickly adjust parameters based on the mechanical properties of different materials.
It employs synchronous measurement technology of radial runout amplitude and phase based on precision displacement sensors.
It utilizes hyperboloid profiling tooling designed to prevent surface damage during processing.
Yes, the machine can be integrated with a conveyor belt or robot for automated feeding.
The machine uses an adaptive feedback straightening algorithm based on discrete control for effective adjustments.
The line laser 3D scanning technology reconstructs material surface deformation, enhancing measurement accuracy.
The correction method is mechanical, which ensures precise adjustments to the shaft diameter.
Regular maintenance checks on sensors and mechanical components are recommended to ensure optimal performance.
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