Carbide Cutter, SH 79E, Head Size 050 mm, Head Length 13.0 mm, 16/13 Blades, 50,000 RPM, HP, 1/pk  Shofu Robot Carbide HP Cutters used for predominantly base, noble and high noble metal alloys, chrome cobalt, model casts, plaster and acrylic.  High quality tungsten carbide finishing head on a stainless steel shank.  Universal cross cut.  Operating range is 10,000-50,000 rpm – Maximum 50,000.  Robot carbide HP Cutter available in SH 79E shape, 050mm head size, 13.0 head length, 16/13 no. of blades, 50,000 max rpm, HP.

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Carbide Cutter, SH 79E, Head Size 040 mm, Head Length 13.0 mm, 12/8 Blades, 50,000 RPM, HP, 1/pk Superb universal cutting and trimming of all materials. High quality tungsten carbide finishing head on a stainless steel shank Universal cross cut Operating range is 10,000-50,000 rpm – Maximum 50,000 Use Robot Carbide HP Cutters for: predominantly base, noble and high noble metal alloys, chrome cobalt, model casts, plaster and acrylic  

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Carbide Cutter, SH 78E, Head Size 023 mm, Head Length 6.0 mm, 14/9 Blades, 50,000 RPM, HP, 1/pk  Shofu Robot Carbide HP Cutters used for predominantly base, noble and high noble metal alloys, chrome cobalt, model casts, plaster and acrylic.  High quality tungsten carbide finishing head on a stainless steel shank.  Universal cross cut.  Operating range is 10,000-50,000 rpm – Maximum 50,000.  Robot carbide HP Cutter available in SH 78E shape, 023mm head size, 6.0 head length, 14/9 no. of blades, 50,000 max rpm, HP.

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Carbide Cutter, SH 77E, Head Size 060 mm, Head Length 11.0 mm, 18/12 Blades, 50,000 RPM, HP, 1/pk Superb universal cutting and trimming of all materials. High quality tungsten carbide finishing head on a stainless steel shank Universal cross cut Operating range is 10,000-50,000 rpm – Maximum 50,000 Use Robot Carbide HP Cutters for: predominantly base, noble and high noble metal alloys, chrome cobalt, model casts, plaster and acrylic  

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Carbide Cutter, SH 77E, Head Size 023 mm, Head Length 5.0 mm, 14/12 Blades, 50,000 RPM, HP, 1/pk Superb universal cutting and trimming of all materials. High quality tungsten carbide finishing head on a stainless steel shank Universal cross cut Operating range is 10,000-50,000 rpm – Maximum 50,000 Use Robot Carbide HP Cutters for: predominantly base, noble and high noble metal alloys, chrome cobalt, model casts, plaster and acrylic

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Carbide Cutter, SH 73E, Head Size 060 mm, Head Length 10.0 mm, 18/12 Blades, 50,000 RPM, HP, 1/pk  Superb universal cutting and trimming of all materials. High-quality tungsten carbide finishing head on a stainless steel shank Universal cross-cut Operating range is 10,000-50,000 rpm – Maximum 50,000 Use Robot Carbide HP Cutters for predominantly base, noble and high noble metal alloys, chrome cobalt, model casts, plaster, and acrylic

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Carbide Cutter, SH 73E, Head Size 014 mm, Head Length 3.1 mm, 10/6 Blades, 50,000 RPM, HP, 1/pk Superb universal cutting and trimming of all materials. High-quality tungsten carbide finishing head on a stainless steel shank Universal cross-cut Operating range is 10,000-50,000 rpm – Maximum 50,000 Use Robot Carbide HP Cutters for predominantly base, noble and high noble metal alloys, chrome cobalt, model casts, plaster, and acrylic

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Carbide Cutter, SH 72E, Head Size 060 mm, Head Length 12.0 mm, 18/12 Blades, 50,000 RPM, HP, 1/pk Superb universal cutting and trimming of all materials. High quality tungsten carbide finishing head on a stainless steel shank Universal cross cut Operating range is 10,000-50,000 rpm – Maximum 50,000 Use Robot Carbide HP Cutters for: predominantly base, noble and high noble metal alloys, chrome cobalt, model casts, plaster and acrylic

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Carbide Cutter, SH 71E, Head Size 050 mm, 16/10 Blades, 50,000 RPM, HP, 1/pk Superb universal cutting and trimming of all materials. High quality tungsten carbide finishing head on a stainless steel shank Universal cross cut Operating range is 10,000-50,000 rpm – Maximum 50,000 Use Robot Carbide HP Cutters for: predominantly base, noble and high noble metal alloys, chrome cobalt, model casts, plaster and acrylic  

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Shofu Robot Carbide HP Cutters used for predominantly base, noble and high noble metal alloys, chrome cobalt, model casts, plaster and acrylic.  High quality tungsten carbide finishing head on a stainless steel shank.  Universal cross cut.  Operating range is 10,000-50,000 rpm – Maximum 50,000.  Robot carbide HP Cutter available in SH 71E shape, 023mm head size, 10/9 no. of blades, 50,000 max rpm, HP.

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Carbide Cutter, SH 351E, Head Size 060 mm, Head Length 11.0 mm, 18/12 Blades, 50,000 RPM, HP, 1/pk Superb universal cutting and trimming of all materials. High-quality tungsten carbide finishing head on a stainless steel shank Universal cross-cut Operating range is 10,000-50,000 rpm – Maximum 50,000 Use Robot Carbide HP Cutters for predominantly base, noble and high noble metal alloys, chrome cobalt, model casts, plaster, and acrylic

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Carbide Cutter, SH 33, Head Size 009 mm, Head Length 4.2 mm, 6 Blades, 50,000 RPM, HP, 6/pk  Superb universal cutting and trimming of all materials. High-quality tungsten carbide finishing head on a stainless steel shank Universal cross-cut Operating range is 10,000-50,000 rpm – Maximum 50,000 Use Robot Carbide HP Cutters for predominantly base, noble and high noble metal alloys, chrome cobalt, model casts, plaster, and acrylic

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Carbide Cutter, SH 295E, Head Size 023 mm, Head Length 15.0 mm, 14/12 Blades, 50,000 RPM, HP, 1/pk  Shofu Robot Carbide HP Cutters are used for predominantly base, noble, and high noble metal alloys, chrome cobalt, model casts, plaster, and acrylic.  High-quality tungsten carbide finishing head on a stainless steel shank.  Universal cross cut.  The operating range is 10,000-50,000 rpm – Maximum 50,000.  Robot carbide HP Cutter is available in SH 295E shape, 023mm head size, 15.0 head length, 14/12 no. of blades, 50,000 max rpm, HP.

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Carbide Cutter, SH 261E, Head Size 023 mm, Head Length 13.0 mm, 10/9 Blades, 50,000 RPM, HP, 1/pk Superb universal cutting and trimming of all materials. High quality tungsten carbide finishing head on a stainless steel shank Universal cross cut Operating range is 10,000-50,000 rpm – Maximum 50,000 Use Robot Carbide HP Cutters for: predominantly base, noble and high noble metal alloys, chrome cobalt, model casts, plaster and acrylic  

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Carbide Cutter, SH 251E, Head Size 060 mm, Head Length 14.0 mm, 18/12 Blades, 50,000 RPM, HP, 1/pk Superb universal cutting and trimming of all materials. High quality tungsten carbide finishing head on a stainless steel shank Universal cross cut Operating range is 10,000-50,000 rpm. Maximum 50,000 Use Robot Carbide HP Cutters for: predominantly base, noble and high noble metal alloys, chrome cobalt, model casts, plaster and acrylic

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Carbide Cutter, SH 137E, Head Size 016 mm, Head Length 4.0 mm, 10/6 Blades, 50,000 RPM, HP, 1/pk

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Lab series stones are made of pure aluminum oxide and are free from carbon contaminants. Use the White Lab Series Stones for finishing noble and predominantly base ceramic metals, Pink Lab Series are for high noble ceramic metals and Coral Lab Series are for chrome-cobalt and nickel alloys. Aluminum oxide grit free from carbon contaminants Use Lab Series White and Pink for: precious alloys Use Lab Series Coral for: non-precious alloys and model castings.

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Lab series stones are made of pure aluminum oxide and are free from carbon contaminants. Use the White Lab Series Stones for finishing noble and predominantly base ceramic metals, Pink Lab Series are for high noble ceramic metals and Coral Lab Series are for chrome-cobalt and nickel alloys. Aluminum oxide grit free from carbon contaminants Use Lab Series White and Pink for: precious alloys Use Lab Series Coral for: non-precious alloys and model castings.

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Lab series stones are made of pure aluminum oxide and are free from carbon contaminants. Use the White Lab Series Stones for finishing noble and predominantly base ceramic metals, Pink Lab Series are for high noble ceramic metals and Coral Lab Series are for chrome-cobalt and nickel alloys. Aluminum oxide grit free from carbon contaminants Use Lab Series White and Pink for: precious alloys Use Lab Series Coral for: non-precious alloys and model castings.

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Lab series stones are made of pure aluminum oxide and are free from carbon contaminants. Use the White Lab Series Stones for finishing noble and predominantly base ceramic metals, Pink Lab Series are for high noble ceramic metals and Coral Lab Series are for chrome-cobalt and nickel alloys. Aluminum oxide grit free from carbon contaminants Use Lab Series White and Pink for: precious alloys Use Lab Series Coral for: non-precious alloys and model castings.

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Lab series stones are made of pure aluminum oxide and are free from carbon contaminants. Use the White Lab Series Stones for finishing noble and predominantly base ceramic metals, Pink Lab Series are for high noble ceramic metals and Coral Lab Series are for chrome-cobalt and nickel alloys. Aluminum oxide grit free from carbon contaminants Use Lab Series White and Pink for: precious alloys Use Lab Series Coral for: non-precious alloys and model castings.

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Lab series stones are made of pure aluminum oxide and are free from carbon contaminants. Use the White Lab Series Stones for finishing noble and predominantly base ceramic metals, Pink Lab Series are for high noble ceramic metals and Coral Lab Series are for chrome-cobalt and nickel alloys. Aluminum oxide grit free from carbon contaminants Use Lab Series White and Pink for: precious alloys Use Lab Series Coral for: non-precious alloys and model castings.

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Lab series stones are made of pure aluminum oxide and are free from carbon contaminants. Use the White Lab Series Stones for finishing noble and predominantly base ceramic metals, Pink Lab Series are for high noble ceramic metals and Coral Lab Series are for chrome-cobalt and nickel alloys. Aluminum oxide grit free from carbon contaminants Use Lab Series White and Pink for: precious alloys Use Lab Series Coral for: non-precious alloys and model castings.

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Lab series stones are made of pure aluminum oxide and are free from carbon contaminants. Use the White Lab Series Stones for finishing noble and predominantly base ceramic metals, Pink Lab Series are for high noble ceramic metals and Coral Lab Series are for chrome-cobalt and nickel alloys. Aluminum oxide grit free from carbon contaminants Use Lab Series White and Pink for: precious alloys Use Lab Series Coral for: non-precious alloys and model castings.

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Lab series stones are made of pure aluminum oxide and are free from carbon contaminants. Use the White Lab Series Stones for finishing noble and predominantly base ceramic metals, Pink Lab Series are for high noble ceramic metals and Coral Lab Series are for chrome-cobalt and nickel alloys. Aluminum oxide grit free from carbon contaminants Use Lab Series White and Pink for: precious alloys Use Lab Series Coral for: non-precious alloys and model castings.

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Lab series stones are made of pure aluminum oxide and are free from carbon contaminants. Use the White Lab Series Stones for finishing noble and predominantly base ceramic metals, Pink Lab Series are for high noble ceramic metals and Coral Lab Series are for chrome-cobalt and nickel alloys. Aluminum oxide grit free from carbon contaminants Use Lab Series White and Pink for: precious alloys Use Lab Series Coral for: non-precious alloys and model castings.

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Lab series stones are made of pure aluminum oxide and are free from carbon contaminants. Use the White Lab Series Stones for finishing noble and predominantly base ceramic metals, Pink Lab Series are for high noble ceramic metals and Coral Lab Series are for chrome-cobalt and nickel alloys. Aluminum oxide grit free from carbon contaminants Use Lab Series White and Pink for: precious alloys Use Lab Series Coral for: non-precious alloys and model castings.

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TC1 tapered cone HP (handpiece), 12/pk, aluminum oxide finishing stones.

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TC1 tapered cone FG (friction grip), 12/pk, aluminum oxide finishing stones.

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RD2 round FG (friction grip), 12/pk, aluminum oxide finishing stones.

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Dura-White Stones, FG, RD1, 12/pk

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FL2 flame FG (friction grip), 12/pk, aluminum oxide finishing stones.

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Dura-White Stones are ideal for fine contouring and finishing of enamel, composites, compomers and porcelains. Available in friction grip (FG), hand piece (HP) and right angle latch (RA). Features & Benefits: Micrograined aluminum oxide grit Vibration-free performance Long lasting Use Dura-White Stones for: fine finishing on enamel, composites, glass ionomer restoratives and porcelains.

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Dura-White Stones are ideal for fine contouring and finishing of enamel, composites, compomers and porcelains. Available in friction grip (FG), hand piece (HP) and right angle latch (RA). Features & Benefits: Micrograined aluminum oxide grit Vibration-free performance Long lasting Use Dura-White Stones for: fine finishing on enamel, composites, glass ionomer restoratives and porcelains.

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Vitrified-bonded aluminium oxide stones For finishing of enamel, glass ionomer cements, composites, porcelain and prepared tooth abutment, none exceeds the performance of Dura-White stones. Made of micrograined aluminium oxide grits, each ”Arkansas“ stone is perfectly balanced and suited for very fine finishing and smoothing of various dental materials. Benefits Precise concentricity Low vibration performance Consistent cutting action Economical High edge stability Long-lasting service life Wide range of shapes Indications Chairside: Finishing and very fine working of e.g. composite or glass ionomer filling materials, porcelain, tooth enamel, e.g. smoothing crown preparations after contouring with diamond abrasives In the dental laboratory: Very fine contouring and fine finishing of porcelain or composite restorations Range of Application Suitable for the following materials: porcelain, composite, compomer, dental hard tissue, glass ionomer cement.

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Vitrified-bonded aluminium oxide stones For finishing of enamel, glass ionomer cements, composites, porcelain and prepared tooth abutment, none exceeds the performance of Dura-White stones. Made of micrograined aluminium oxide grits, each ”Arkansas“ stone is perfectly balanced and suited for very fine finishing and smoothing of various dental materials. Benefits Precise concentricity Low vibration performance Consistent cutting action Economical High edge stability Long-lasting service life Wide range of shapes Indications Chairside: Finishing and very fine working of e.g. composite or glass ionomer filling materials, porcelain, tooth enamel, e.g. smoothing crown preparations after contouring with diamond abrasives In the dental laboratory: Very fine contouring and fine finishing of porcelain or composite restorations Range of Application Suitable for the following materials: porcelain, composite, compomer, dental hard tissue, glass ionomer cement.

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Vitrified-bonded aluminium oxide stones For finishing of enamel, glass ionomer cements, composites, porcelain and prepared tooth abutment, none exceeds the performance of Dura-White stones. Made of micrograined aluminium oxide grits, each ”Arkansas“ stone is perfectly balanced and suited for very fine finishing and smoothing of various dental materials. Benefits Precise concentricity Low vibration performance Consistent cutting action Economical High edge stability Long-lasting service life Wide range of shapes Indications Chairside: Finishing and very fine working of e.g. composite or glass ionomer filling materials, porcelain, tooth enamel, e.g. smoothing crown preparations after contouring with diamond abrasives In the dental laboratory: Very fine contouring and fine finishing of porcelain or composite restorations Range of Application Suitable for the following materials: porcelain, composite, compomer, dental hard tissue, glass ionomer cement.

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Vitrified-bonded aluminium oxide stones For finishing of enamel, glass ionomer cements, composites, porcelain and prepared tooth abutment, none exceeds the performance of Dura-White stones. Made of micrograined aluminium oxide grits, each ”Arkansas“ stone is perfectly balanced and suited for very fine finishing and smoothing of various dental materials. Benefits Precise concentricity Low vibration performance Consistent cutting action Economical High edge stability Long-lasting service life Wide range of shapes Indications Chairside: Finishing and very fine working of e.g. composite or glass ionomer filling materials, porcelain, tooth enamel, e.g. smoothing crown preparations after contouring with diamond abrasives In the dental laboratory: Very fine contouring and fine finishing of porcelain or composite restorations Range of Application Suitable for the following materials: porcelain, composite, compomer, dental hard tissue, glass ionomer cement.

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Vitrified-bonded aluminium oxide stones For finishing of enamel, glass ionomer cements, composites, porcelain and prepared tooth abutment, none exceeds the performance of Dura-White stones. Made of micrograined aluminium oxide grits, each ”Arkansas“ stone is perfectly balanced and suited for very fine finishing and smoothing of various dental materials. Benefits Precise concentricity Low vibration performance Consistent cutting action Economical High edge stability Long-lasting service life Wide range of shapes Indications Chairside: Finishing and very fine working of e.g. composite or glass ionomer filling materials, porcelain, tooth enamel, e.g. smoothing crown preparations after contouring with diamond abrasives In the dental laboratory: Very fine contouring and fine finishing of porcelain or composite restorations Range of Application Suitable for the following materials: porcelain, composite, compomer, dental hard tissue, glass ionomer cement.

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Vitrified-bonded aluminium oxide stones For finishing of enamel, glass ionomer cements, composites, porcelain and prepared tooth abutment, none exceeds the performance of Dura-White stones. Made of micrograined aluminium oxide grits, each ”Arkansas“ stone is perfectly balanced and suited for very fine finishing and smoothing of various dental materials. Benefits Precise concentricity Low vibration performance Consistent cutting action Economical High edge stability Long-lasting service life Wide range of shapes Indications Chairside: Finishing and very fine working of e.g. composite or glass ionomer filling materials, porcelain, tooth enamel, e.g. smoothing crown preparations after contouring with diamond abrasives In the dental laboratory: Very fine contouring and fine finishing of porcelain or composite restorations Range of Application Suitable for the following materials: porcelain, composite, compomer, dental hard tissue, glass ionomer cement.

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Vitrified-bonded aluminium oxide stones For finishing of enamel, glass ionomer cements, composites, porcelain and prepared tooth abutment, none exceeds the performance of Dura-White stones. Made of micrograined aluminium oxide grits, each ”Arkansas“ stone is perfectly balanced and suited for very fine finishing and smoothing of various dental materials. Benefits Precise concentricity Low vibration performance Consistent cutting action Economical High edge stability Long-lasting service life Wide range of shapes Indications Chairside: Finishing and very fine working of e.g. composite or glass ionomer filling materials, porcelain, tooth enamel, e.g. smoothing crown preparations after contouring with diamond abrasives In the dental laboratory: Very fine contouring and fine finishing of porcelain or composite restorations Range of Application Suitable for the following materials: porcelain, composite, compomer, dental hard tissue, glass ionomer cement.

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Vitrified-bonded aluminium oxide stones For finishing of enamel, glass ionomer cements, composites, porcelain and prepared tooth abutment, none exceeds the performance of Dura-White stones. Made of micrograined aluminium oxide grits, each ”Arkansas“ stone is perfectly balanced and suited for very fine finishing and smoothing of various dental materials. Benefits Precise concentricity Low vibration performance Consistent cutting action Economical High edge stability Long-lasting service life Wide range of shapes Indications Chairside: Finishing and very fine working of e.g. composite or glass ionomer filling materials, porcelain, tooth enamel, e.g. smoothing crown preparations after contouring with diamond abrasives In the dental laboratory: Very fine contouring and fine finishing of porcelain or composite restorations Range of Application Suitable for the following materials: porcelain, composite, compomer, dental hard tissue, glass ionomer cement.

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Vitrified-bonded aluminium oxide stones For finishing of enamel, glass ionomer cements, composites, porcelain and prepared tooth abutment, none exceeds the performance of Dura-White stones. Made of micrograined aluminium oxide grits, each ”Arkansas“ stone is perfectly balanced and suited for very fine finishing and smoothing of various dental materials. Benefits Precise concentricity Low vibration performance Consistent cutting action Economical High edge stability Long-lasting service life Wide range of shapes Indications Chairside: Finishing and very fine working of e.g. composite or glass ionomer filling materials, porcelain, tooth enamel, e.g. smoothing crown preparations after contouring with diamond abrasives In the dental laboratory: Very fine contouring and fine finishing of porcelain or composite restorations Range of Application Suitable for the following materials: porcelain, composite, compomer, dental hard tissue, glass ionomer cement.

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Vitrified-bonded aluminium oxide stones For finishing of enamel, glass ionomer cements, composites, porcelain and prepared tooth abutment, none exceeds the performance of Dura-White stones. Made of micrograined aluminium oxide grits, each ”Arkansas“ stone is perfectly balanced and suited for very fine finishing and smoothing of various dental materials. Benefits Precise concentricity Low vibration performance Consistent cutting action Economical High edge stability Long-lasting service life Wide range of shapes Indications Chairside: Finishing and very fine working of e.g. composite or glass ionomer filling materials, porcelain, tooth enamel, e.g. smoothing crown preparations after contouring with diamond abrasives In the dental laboratory: Very fine contouring and fine finishing of porcelain or composite restorations Range of Application Suitable for the following materials: porcelain, composite, compomer, dental hard tissue, glass ionomer cement

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Vitrified-bonded aluminium oxide stones For finishing of enamel, glass ionomer cements, composites, porcelain and prepared tooth abutment, none exceeds the performance of Dura-White stones. Made of micrograined aluminium oxide grits, each ”Arkansas“ stone is perfectly balanced and suited for very fine finishing and smoothing of various dental materials. Benefits Precise concentricity Low vibration performance Consistent cutting action Economical High edge stability Long-lasting service life Wide range of shapes Indications Chairside: Finishing and very fine working of e.g. composite or glass ionomer filling materials, porcelain, tooth enamel, e.g. smoothing crown preparations after contouring with diamond abrasives In the dental laboratory: Very fine contouring and fine finishing of porcelain or composite restorations Range of Application Suitable for the following materials: porcelain, composite, compomer, dental hard tissue, glass ionomer cement.

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Vitrified-bonded aluminium oxide stones For finishing of enamel, glass ionomer cements, composites, porcelain and prepared tooth abutment, none exceeds the performance of Dura-White stones. Made of micrograined aluminium oxide grits, each ”Arkansas“ stone is perfectly balanced and suited for very fine finishing and smoothing of various dental materials. Benefits Precise concentricity Low vibration performance Consistent cutting action Economical High edge stability Long-lasting service life Wide range of shapes Indications Chairside: Finishing and very fine working of e.g. composite or glass ionomer filling materials, porcelain, tooth enamel, e.g. smoothing crown preparations after contouring with diamond abrasives In the dental laboratory: Very fine contouring and fine finishing of porcelain or composite restorations Range of Application Suitable for the following materials: porcelain, composite, compomer, dental hard tissue, glass ionomer cement

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Vitrified-bonded aluminium oxide stones For finishing of enamel, glass ionomer cements, composites, porcelain and prepared tooth abutment, none exceeds the performance of Dura-White stones. Made of micrograined aluminium oxide grits, each ”Arkansas“ stone is perfectly balanced and suited for very fine finishing and smoothing of various dental materials. Benefits Precise concentricity Low vibration performance Consistent cutting action Economical High edge stability Long-lasting service life Wide range of shapes Indications Chairside: Finishing and very fine working of e.g. composite or glass ionomer filling materials, porcelain, tooth enamel, e.g. smoothing crown preparations after contouring with diamond abrasives In the dental laboratory: Very fine contouring and fine finishing of porcelain or composite restorations Range of Application Suitable for the following materials: porcelain, composite, compomer, dental hard tissue, glass ionomer cement.

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Vitrified-bonded aluminium oxide stones For finishing of enamel, glass ionomer cements, composites, porcelain and prepared tooth abutment, none exceeds the performance of Dura-White stones. Made of micrograined aluminium oxide grits, each ”Arkansas“ stone is perfectly balanced and suited for very fine finishing and smoothing of various dental materials. Benefits Precise concentricity Low vibration performance Consistent cutting action Economical High edge stability Long-lasting service life Wide range of shapes Indications Chairside: Finishing and very fine working of e.g. composite or glass ionomer filling materials, porcelain, tooth enamel, e.g. smoothing crown preparations after contouring with diamond abrasives In the dental laboratory: Very fine contouring and fine finishing of porcelain or composite restorations Range of Application Suitable for the following materials: porcelain, composite, compomer, dental hard tissue, glass ionomer cement.

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