Used CHEVALIER Machines for Sale
UsedUltra feature used CHEVALIER surface grinders, CNC surface and profile grinding machines, vertical machining centers, and CNC lathes. Depending on inventory, buyers may find manual grinding equipment for toolrooms or automated machines suited to repetitive production tasks.
Available Used CHEVALIER Machines
About CHEVALIER Machines
CHEVALIER is a machine tool brand of Falcon Machine Tools Co., Ltd., a Taiwan-based manufacturer established in 1978. The company produces grinding, turning, and milling equipment for manufacturers requiring precision machining and surface finishing capabilities.
Surface grinding remains a major part of CHEVALIER's product portfolio. Its FSG family includes manual, semi-automatic, and fully automatic surface grinders, while its SMART grinding systems incorporate CNC control for more complex surface and profile grinding applications. The company also manufactures cylindrical grinders, rotary surface grinders, double-column grinders, and specialized grinding equipment for demanding workpieces.
CHEVALIER has developed proprietary grinding control technologies, including SMART iControl and iSurface, to support programmable grinding operations and simplify machine setup. These technologies are relevant to buyers evaluating more automated equipment, although their availability depends on the individual model and generation.
The company's wider machine tool portfolio includes vertical machining centers, 5-axis milling machines, horizontal CNC lathes, and vertical turning centers. These machines support operations such as milling, drilling, turning, and machining of complex mechanical components.
CHEVALIER equipment serves industries including aerospace, automotive, medical manufacturing, semiconductor production, and mold and die making. Its range allows manufacturers to select equipment for both general workshop operations and more specialized precision applications.
In the used machine market, CHEVALIER appeals to buyers looking for established surface grinding platforms, different levels of automation, and opportunities to acquire machining capacity without the full capital cost of comparable new equipment. Actual performance and suitability depend on machine condition, configuration, and maintenance history.