Strauss diamond files
strauss diamond files are precision tools for manual finishing of molds, hardened steels, carbide and technical ceramics. available in the habilis, mini and needle series as well as in assorted sets, they provide long life, controlled cutting action and exceptional accuracy for delicate or detailed applications.
strauss habilis (hb) diamond files, 215 mm in length with a 115 mm diamond-coated section, are heavy-duty tools designed for aggressive material removal on medium and large surfaces. the electroplated diamond layer ensures fast cutting and long service life on metals, hardened steels, hard plastics, fibreglass, graphite and epoxy resins. available in flat, square, round, triangular and half-round profiles, they feature a square tang suitable for use with a handle.
strauss mini diamond files, 140 mm long with a 40 mm diamond-coated section, are designed for high-precision work on small components. available in flat, square, round, triangular and half-round profiles, they are ideal for toolmakers, mold maintenance and any application requiring accuracy and fine control. their compact size and convenient packaging allow them to be carried easily in a pocket. the five most common profiles are always available from stock.
strauss needle diamond files, 140 mm in length with a 70 mm diamond-coated section, are the most popular size for precision finishing and grinding of hard materials. ideal for tungsten carbide, steels above 40 hrc, technical ceramics, glass and composites. available in flat, square, round, triangular and half-round profiles, they feature a 3.0 mm cylindrical tang suitable for standard handles. essential tools for workshops, toolrooms and mold maintenance departments.
strauss diamond file assortments include five files in the most commonly used profiles — flat, square, round, triangular and half-round — available for the habilis, mini and needle series. ideal for workshops and mold-maintenance departments, they provide a complete, ready-to-use set for finishing, profiling and grinding hard materials and superalloys. a practical, always-ready solution for precision work.
strauss diamond files habilis series
strauss habilis (hb) diamond files, 215 mm in length with a 115 mm diamond-coated section, are heavy-duty tools designed for aggressive material removal on medium and large surfaces. the electroplated diamond layer ensures fast cutting and long service life on metals, hardened steels, hard plastics, fibreglass, graphite and epoxy resins. available in flat, square, round, triangular and half-round profiles, they feature a square tang suitable for use with a handle.
strauss diamond files mini series
strauss mini diamond files, 140 mm long with a 40 mm diamond-coated section, are designed for high-precision work on small components. available in flat, square, round, triangular and half-round profiles, they are ideal for toolmakers, mold maintenance and any application requiring accuracy and fine control. their compact size and convenient packaging allow them to be carried easily in a pocket. the five most common profiles are always available from stock.
strauss diamond files needle series
strauss needle diamond files, 140 mm in length with a 70 mm diamond-coated section, are the most popular size for precision finishing and grinding of hard materials. ideal for tungsten carbide, steels above 40 hrc, technical ceramics, glass and composites. available in flat, square, round, triangular and half-round profiles, they feature a 3.0 mm cylindrical tang suitable for standard handles. essential tools for workshops, toolrooms and mold maintenance departments.
assortments of strauss diamond files
strauss diamond file assortments include five files in the most commonly used profiles — flat, square, round, triangular and half-round — available for the habilis, mini and needle series. ideal for workshops and mold-maintenance departments, they provide a complete, ready-to-use set for finishing, profiling and grinding hard materials and superalloys. a practical, always-ready solution for precision work.
