Hillary Machinery supplies Chevalier grinding machines for precision toolroom, production and advanced-material grinding applications. The Chevalier lineup includes manual and CNC surface grinders, universal cylindrical ID/OD grinders, rotary surface grinders, vertical grinders and advanced 5-axis grinding systems.
Chevalier surface grinders range from manual machines for toolroom and maintenance work to automatic and CNC configurations for tighter tolerances, repeat production and more complex surface and profile grinding requirements.
Explore Chevalier Surface Grinders
Chevalier cylindrical grinders are designed for precision grinding of shafts, sleeves, tooling and other round components requiring controlled outside-diameter, inside-diameter or universal grinding operations.
Explore Universal ID/OD Cylindrical Grinders
Chevalier rotary surface grinders use a rotating worktable to support efficient material removal and consistent flatness on circular parts, plates and other production components.
Explore Rotary Surface Grinders
Chevalier also offers specialized grinding technology for complex profiles, precision vertical grinding and advanced materials such as silicon carbide, quartz and ceramics.
Explore Silicon Carbide, Quartz & Ceramic Grinding Machines
Hillary Machinery helps manufacturers evaluate workpiece geometry, material, tolerance, surface-finish requirements, grinding process, workholding and production volume to determine the appropriate Chevalier grinding solution. Our team also provides applications assistance, installation, service and parts support.
Grinding-machine selection should begin with the part and the required finished condition. Important considerations include:
Manual surface grinders remain useful for toolrooms, maintenance departments and lower-volume precision work where an experienced operator needs direct control of the grinding process.
Automatic and CNC surface grinders add programmable motion, repeatability and process control for applications requiring higher throughput, recurring part programs or more complex grinding cycles.
Cylindrical grinding is commonly used for shafts, bearing surfaces, sleeves, tooling and other components with a central axis of rotation. Universal machines can support combinations of OD and ID grinding depending on machine configuration and tooling.
Chevalier cylindrical grinders can be evaluated around part diameter, grinding length, workhead configuration, wheel size, required tolerances and production requirements.
Rotary surface grinding is particularly useful when repetitive flatness, efficient stock removal or circular workpieces make a rotating table advantageous.
For silicon carbide, quartz, ceramics and other hard or brittle materials, machine rigidity, vibration control, spindle performance, workholding and grinding-wheel technology become especially important. Chevalier offers specialized grinding configurations for these demanding applications. citeturn671155search8
Chevalier manufactures surface grinders, cylindrical ID/OD grinders, rotary surface grinders, vertical grinders, CNC surface and profile grinders and advanced grinding systems.
Yes. Chevalier offers manual surface grinders for toolroom, maintenance and precision grinding applications as well as automatic and CNC configurations for more demanding production requirements.
Yes. Chevalier offers cylindrical grinding machines for OD, ID and universal cylindrical grinding applications.
Yes. Chevalier offers CNC surface, profile and other advanced grinding systems for applications requiring programmable precision and repeatability.
Chevalier offers specialized grinding systems for hard and brittle advanced materials including silicon carbide, quartz and ceramics. Machine selection depends on the material, workpiece size, required flatness, thickness control and surface-finish requirements.
Send Hillary Machinery your part drawing, material, tolerance, surface-finish requirement and expected production volume and our team can help evaluate the appropriate Chevalier grinding process and machine configuration.
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