How can precision surface grinding machines solve the problem of deformation of ultra-thin workpieces?
In the field of precision manufacturing, mechanical components often exhibit micro-bending within the ±0.01mm range after being machined by a
Machining Center. Thin-walled sleeves processed by a
Turning Lathe face a risk of exceeding 5μm deformation. Guosheng Intelligent's precision planar
Grinding Machine, through three-axis compensation technology and composite mineral casting, provides nanometer-level shaping solutions for ultra-precision processing of optical molds, semiconductor fixtures, etc. It has achieved a breakthrough in the field of benchmark surface repair after
Radial Drilling Machine drilling.
Core Technology
Double-V slide rail system: TURCITE-B wear-resistant plate + micron-level scraping process, with repeat positioning accuracy reaching 0.002mm
Dynamic balance spindle: Taiwan P4 grade bearings combined with pre-tightening structure, with end jump controlled within 1.5μm
Process Specifications
• For workpieces with a grinding thickness of less than 0.1mm, the constant temperature cooling mode must be activated
• Every 50 hours, use an optical flat plate inspection table to check the flatness of the work surface
The actual measurement results of the BYD IGBT module heat dissipation base production line show that when processing 2mm thick copper plates, the flatness error of this equipment is ≤ 1.2 μm/m², which has increased the quality rate of the products by 37% compared to traditional grinding machines. This technological innovation that integrates precise machinery and intelligent compensation is redefining the precision coordinate system of precision manufacturing.
