For micrometric precision
Grinding is a precision machining process that uses an abrasive wheel to remove thin layers of material from a metal surface. This treatment makes it possible to achieve very tight tolerances and a high-quality surface finish. Grinding is commonly used for parts requiring high dimensional accuracy.
Grinding is a mechanical process used to obtain a perfectly smooth surface and precise dimensions. Using an abrasive wheel, it corrects imperfections by removing small quantities of material. This treatment is essential for parts requiring micrometric precision.
The advantages of Inter-Point Grinding
Inter-tip grinding is a technique whereby the workpiece is held between two points during the grinding process. This method is used for long, cylindrical parts.
High dimensional accuracy
Smooth surface
Flexibility
Stability
The advantages of Centerless Grinding
Centerless grinding is a method in which the workpiece is supported by a blade and held in place by adjustment and grinding wheels, without the need for fixing points.
High productivity
No fastening required
Uniformity
Adaptability
The benefits of Internal Grinding
Internal grinding refers to the treatment of the internal surfaces of cylindrical parts, such as bores and holes.
Bore accuracy
Correction of internal defects
Compatibility with complex parts
Fine finish
Advantages of Surface Grinding
Surface grinding is used for flat workpiece surfaces, ensuring optimum flatness and surface finish.
Perfect flatness
Mirror finish
Eliminating irregularities
Adaptability
Technical specifications
To guarantee optimum results, grinding requires compliance with certain technical specifications. These specifications include dimensional tolerances, machine machine parameters, grinding tools and part preparation.
Dimensional tolerances
Machine parameters
Grinding tools
Parts preparation