0.5mm & 0.8mm 2 x 90° BEND This angulation is particularly helpful when working on the last molar or when working distally on premolars. Minimally invasive Instruments have exceptionally fine working ends which aid the clinician when working under a magnifying glass or microscope. Designed for both minimally invasive and microscopic dental procedures, these instruments can be used up to magnification of 25x. Developed by Key Opinion Leader Prof. Dr. Peter Kotschy

Read more less

Extremely thin, flexible blade. Off-angle provides better access to posterior areas. Highly polished stainless steel instruments used for composite placement and contouring.

Read more less

The Columbia design is ideal when trying to work on irregularly shaped tooth surfaces or bone regions. 0.8mm. Minimally invasive Instruments have exceptionally fine working ends which aid the clinician when working under a magnifying glass or microscope. Designed for both minimally invasive and microscopic dental procedures, these instruments can be used up to magnification of 25x. Developed by Key Opinion Leader Prof. Dr. Peter Kotschy

Read more less

Used to carve anatomical features and trim excess materials.

Read more less

1.0mm & 1.3mm 1 x 90° BEND The unique 90° bend these burnishers have allows them to be used for distinct applications. This design is useful for capping, shaping and carving composite materials in areas that are difficult to access Minimally invasive Instruments have exceptionally fine working ends which aid the clinician when working under a magnifying glass or microscope. Designed for both minimally invasive and microscopic dental procedures, these instruments can be used up to magnification of 25x. Developed by Key Opinion Leader Prof. Dr. Peter Kotschy

Read more less

1.0mm & 1.3mm 2 x 90° BEND This angulation is particularly helpful when working on the last molar or when working distally on premolars. Minimally invasive Instruments have exceptionally fine working ends which aid the clinician when working under a magnifying glass or microscope. Designed for both minimally invasive and microscopic dental procedures, these instruments can be used up to magnification of 25x. Developed by Key Opinion Leader Prof. Dr. Peter Kotschy

Read more less

WeRestore.it spatula with dark XTS coating. XTS composite instruments allow for exceptional non-stick placement of materials without discoloring the restoration. Studies indicate Aluminum Titanium Nitride (AlTiN) coatings are consistently harder, smoother and stick less as compared to Titanium coatings. Additionally, Hu-Friedy XTS instruments are made from Immunity Steel™ for longer life. XTS Instruments Features & Benefits: Distinctive Black Finish:- Enhanced contrast between instrument, tooth structure, and composite material. The black finish will not flake or discolor the restoration. Unique Smooth, Large, Lightweight Handle Design:- Easy clean-up, maximum comfort, reduced hand fatigue, and an increased level of control.* Quality Craftsmanship & Variety of Designs:- Satin Steel XTS instruments offer unsurpassed performance and an extensive assortment of designs for all composite placement needs. * Source: Gerwatowski, L.J., McFall, D.B., Stach, D.: Carpal Tunnel Syndrome; Risk Factors and Preventive Strategies for the Dental Hygienist. Journal of Dental Hygiene, February 1992.

Read more less

The Columbia design is ideal when trying to work on irregularly shaped tooth surfaces or bone regions. 0.6mm.      

Read more less

Akro-Flex is a remarkably flexible, ultra-thin composite instrument. By incorporating Nickel Titanium, a material known for its super elasticity, the instrument acts as a solid brush. Hyper-thin working ends reach narrow interproximal spaces with ease. These resilient tips are also excellent when creating fine anatomical detail with delicate, artistic strokes during aesthetic restorations. Features Ductile Materials - Nickel Titanium (NiTi), known for its super-elasticity and shape memory effect, allow Akro-Flex to be used as a solid brush. Hyper-thin Profile - Akro-Flex's design allows it to reach narrow, confined interdental spaces with ease all while retaining its original shape thanks to the NiTi tip. Smooth, Ergonomic Handle - Ergonomically designed for an enhanced grip and less hand fatigue.

Read more less

Spatula 350? This spatula can be used for: • Applying composite materials • Retracting the gingiva in preparation for a prosthetic • Inserting retraction cord Minimally invasive Instruments have exceptionally fine working ends which aid the clinician when working under a magnifying glass or microscope. Designed for both minimally invasive and microscopic dental procedures, these instruments can be used up to magnification of 25x. Developed by Key Opinion Leader Prof. Dr. Peter Kotschy

Read more less

Used for holding articulating paper when checking occlusion of dental restorations and teeth. Holding the paper with an instrument rather than fingers assures better and complete coverage of the restoration or teeth to be verified.

Read more less

Used to carve anatomical features and trim excess materials.

Read more less

The unique curvature of this instrument makes it ideal for shaping anterior lingual surfaces. Minimally invasive Instruments have exceptionally fine working ends which aid the clinician when working under a magnifying glass or microscope. Designed for both minimally invasive and microscopic dental procedures, these instruments can be used up to magnification of 25x. Developed by Key Opinion Leader Prof. Dr. Peter Kotschy

Read more less

Used for finishing gingival margins.    

Read more less

Used for finishing gingival margins.

Read more less

This spatula allows for access into tight interproximal spaces for a wide variety of applications. Minimally invasive Instruments have exceptionally fine working ends which aid the clinician when working under a magnifying glass or microscope. Designed for both minimally invasive and microscopic dental procedures, these instruments can be used up to magnification of 25x. Developed by Key Opinion Leader Prof. Dr. Peter Kotschy

Read more less

Design characteristics similar to 1/2 Hollenback but with slightly larger blades.

Read more less

Replacement tips for Chu's Aesthetic Gauges (PROG and PROGS) Processing Disassemble tip and handle. Clean, disinfect, and sterilize components. Replace tips with fading markings. Avoid disinfection with phenols or iodophors. Do not use dry heat for sterilization. Note: The tip will last for approximately 5 reprocessing cycles.

Read more less

Used to carve anatomical features and trim excess materials.

Read more less

Complete Anterior Posterior XTS™ Instrument set for composite procedures. Highly polished stainless steel instruments used for composite placement and contouring. Kit includes the following XTS composite instruments: TNCIGFTMI1 TNCIPCL TNCIPCM TNCIPCS TNCIGFT3 Advanced technology and innovative design have enabled Hu-Friedy to produce a superior composite instrument: Satin Steel™ XTS™. XTS composite instruments allow for exceptional non-stick placement of materials without discoloring the restoration. Studies indicate Aluminum Titanium Nitride (AlTiN) coatings are consistently harder, smoother and stick less as compared to Titanium coatings. Additionally, Hu-Friedy XTS instruments are made from Immunity Steel™ for longer life.

Read more less

Used to carve anatomical features and trim excess materials.

Read more less

Complete Goldfogel Anterior XTS™ Instrument set for composite procedures. Kit includes the following XTS composite instruments: TNCCIA TNCCIB TNCCIC TNCCID TNCCIE TNCCIF Kit includes the following XTS composite instruments: TNCCIA TNCCIB TNCCIC TNCCID TNCCIE TNCCIF Advanced technology and innovative design have enabled Hu-Friedy to produce a superior composite instrument: Satin Steel™ XTS™. XTS composite instruments allow for exceptional non-stick placement of materials without discoloring the restoration. Studies indicate Aluminum Titanium Nitride (AlTiN) coatings are consistently harder, smoother and stick less as compared to Titanium coatings. Additionally, Hu-Friedy XTS instruments are made from Immunity Steel™ for longer life. XTS Instruments Features & Benefits: Distinctive Black Finish: Enhanced contrast between instrument, tooth structure and composite material. The black finish will not flake or discolor the restoration. Unique Smooth, Large, Lightweight Handle Design, Easy clean-up, maximum comfort, reduced hand fatigue and an increased level of control. Quality Craftsmanship & Variety of Designs: Satin Steel XTS instruments offer unsurpassed performance and an extensive assortment of designs for all composite placement needs. Source: Gerwatowski, L.J., McFall, D.B., Stach, D.: Carpal Tunnel Syndrome; Risk Factors and Preventive Strategies for the Dental Hygienist. Journal of Dental Hygiene, February 1992.

Read more less

Extremely thin curved blade; ideal for adapting to interproximal surfaces.

Read more less

Used to carve anatomical features and trim excess materials.

Read more less

Adapts to natural tooth curvature and left and right-side dental anatomy. Concave edge reduces mesial and distal flash on margins. Convex side is a conventional cleoid carver. Tungsten carbide tips cut easily through all composite materials, cured or uncured, without streaking or discoloration. TC Carvers easily remove orthodontic bracket adhesives and are ideal for carving amalgam and composite materials.

Read more less

Complete Goldfogel Posterior XTS™ Instrument set for composite procedures. Kit includes the following XTS composite instruments: TNCCIG TNCCIH TNCCII Advanced technology and innovative design have enabled Hu-Friedy to produce a superior composite instrument: Satin Steel™ XTS™. XTS composite instruments allow for exceptional non-stick placement of materials without discoloring the restoration. Studies indicate Aluminum Titanium Nitride (AlTiN) coatings are consistently harder, smoother and stick less as compared to Titanium coatings. Additionally, Hu-Friedy XTS instruments are made from Immunity Steel™ for longer life. XTS Instruments Features & Benefits: Distinctive Black Finish: Enhanced contrast between instrument, tooth structure and composite material. The black finish will not flake or discolor the restoration. Unique Smooth, Large, Lightweight Handle Design, Easy clean-up, maximum comfort, reduced hand fatigue and an increased level of control. Quality Craftsmanship & Variety of Designs ? Satin Steel XTS instruments offer unsurpassed performance and an extensive assortment of designs for all composite placement needs. Source: Gerwatowski, L.J., McFall, D.B., Stach, D.: Carpal Tunnel Syndrome; Risk Factors and Preventive Strategies for the Dental Hygienist. Journal of Dental Hygiene, February 1992.

Read more less

Used to carve anatomical features and trim excess materials.

Read more less

Complete Goldfogel Anterior/Posterior XTS™ Instrument set for composite procedures. Kit includes the following XTS composite instruments: TNCCIA TNCCIB TNCCIC TNCCID TNCCIE TNCCIF TNCCIG TNCCIH TNCCII Advanced technology and innovative design have enabled Hu-Friedy to produce a superior composite instrument: Satin Steel™ XTS™. XTS composite instruments allow for exceptional non-stick placement of materials without discoloring the restoration. Studies indicate Aluminum Titanium Nitride (AlTiN) coatings are consistently harder, smoother and stick less as compared to Titanium coatings. Additionally, Hu-Friedy XTS instruments are made from Immunity Steel™ for longer life. XTS Instruments Features & Benefits: • Distinctive Black Finish, Enhanced contrast between instrument, tooth structure and composite material. The black finish will not flake or discolor the restoration. • Unique Smooth, Large, Lightweight Handle Design, Easy clean-up, maximum comfort, reduced hand fatigue and an increased level of control. • Quality Craftsmanship & Variety of Designs ? Satin Steel XTS instruments offer unsurpassed performance and an extensive assortment of designs for all composite placement needs. Source: Gerwatowski, L.J., McFall, D.B., Stach, D.: Carpal Tunnel Syndrome; Risk Factors and Preventive Strategies for the Dental Hygienist. Journal of Dental Hygiene, February 1992. For additional information, reference our the XTS product sheet: /products/index.php/mastercontrol/index/file/id/422    

Read more less

Adhesthetics is the fusion of Adhesion and Esthetics. It’s the process by which protocols are completed, leading to esthetic excellence. The Adhesthetics Theca kit is comprised of four unique instruments designed by Dr. Federico Ferraris. The instruments are meant to assist clinicians in various restorative fields to achieve predicable results and operative excellence. Adhesthetics Theca Kit includes: TNFF1/2 - Ferraris Main Shaper TNFF3/4 - Ferraris Fine Shaper/Cord Packer TNFF5/6 - Ferraris 3D Shaper TNFF7/8 - Ferraris Direct Caliper 5 Instrument IMS Cassette, Blue (1) Features Dark XTS ™ coating - improved visual acuity and less adhesion to sticky composite materials Smooth handle - ergonomic and lightweight to reduce hand fatigue Color coded cones - quick instrument identification

Read more less

Used to carve anatomical features and trim excess materials.

Read more less

Used to carve anatomical features and trim excess materials.

Read more less

Used to carve anatomical features and trim excess materials.

Read more less

Standard discoid-cleoid configuration for shaping occlusal surfaces, contouring and carving. Tungsten carbide tips cut easily through all composite materials, cured or uncured, without streaking or discoloration. TC Carvers easily remove orthodontic bracket adhesives and are ideal for carving amalgam and composite materials.

Read more less

Thin blade and rounded contour facilitates use in both thick and thin tissues without catching or dropping cord. Bilateral notch allows placement in limited access areas. 2.2mm Use serrated cord packers only when using braided cord. Serrations are available upon request.

Read more less

For atraumatic and accurate cord placement. Also available non-serrated 113 (GCP113NS). 1.8mm Use serrated cord packers only when using braided cord. Serrations are available upon request.

Read more less

0.8mm COLUMBIA DESIGN These Columbia-shaped excavators are useful when working on root surfaces of an irregularly shaped tooth or bone region Under magnification of 6.5x or higher, standard excavators become too large and therefore cannot be used in microdentistry. These excavators have been designed with especially fine tips so they are suitable for use with microscopes and magnifying glasses. The Wiland shape and Columbia shape were replicated in these excavators’ designs. The working ends were paired with a larger diameter handle for better grip and increased comfort. Developed by Key Opinion Leader Prof. Dr. Peter Kotschy

Read more less

1.0mm COLUMBIA DESIGN These Columbia-shaped excavators are useful when working on root surfaces of an irregularly shaped tooth or bone region Under magnification of 6.5x or higher, standard excavators become too large and therefore cannot be used in microdentistry. These excavators have been designed with especially fine tips so they are suitable for use with microscopes and magnifying glasses. The Wiland shape and Columbia shape were replicated in these excavators’ designs. The working ends were paired with a larger diameter handle for better grip and increased comfort. Developed by Key Opinion Leader Prof. Dr. Peter Kotschy

Read more less

1.3mm WILAND DESIGN The Wiland shape of these instruments allows the clinician to easily access interdental spaces, cavities and overlapping structures. Under magnification of 6.5x or higher, standard excavators become too large and therefore cannot be used in microdentistry. These excavators have been designed with especially fine tips so they are suitable for use with microscopes and magnifying glasses. The Wiland shape and Columbia shape were replicated in these excavators’ designs. The working ends were paired with a larger diameter handle for better grip and increased comfort. Developed by Key Opinion Leader Prof. Dr. Peter Kotschy

Read more less

Small and thin non-serrated blade shape for atraumatic and accurate cord placement. Use serrated cord packers only when using braided cord. Serrations are available upon request.

Read more less

For atraumatic and accurate cord placement. Also available serrated 113 (GCP113). Use serrated cord packers only when using braided cord. Serrations are available upon request.

Read more less

0.2mm The petite working ends of these explorers provide clinicians with enhanced visibility and maneuverability for more accurate detections and diagnoses. The unique angles of the shanks allow for better access in difficult to reach and small areas. Minimally invasive Instruments have exceptionally fine working ends which aid the clinician when working under a magnifying glass or microscope. Designed for both minimally invasive and microscopic dental procedures, these instruments can be used up to magnification of 25x. Developed by Key Opinion Leader Prof. Dr. Peter Kotschy

Read more less

1.3mm STRAIGHT EXCAVATOR These excavators are used frequently in minimally invasive dentistry, especially when a long shank is needed — such as when removing caries in deep pockets or removing granulation tissue. Under magnification of 6.5x or higher, standard excavators become too large and therefore cannot be used in microdentistry. These excavators have been designed with especially fine tips so they are suitable for use with microscopes and magnifying glasses. The Wiland shape and Columbia shape were replicated in these excavators’ designs. The working ends were paired with a larger diameter handle for better grip and increased comfort. Developed by Key Opinion Leader Prof. Dr. Peter Kotschy

Read more less

1.0mm WILAND DESIGN The Wiland shape of these instruments allows the clinician to easily access interdental spaces, cavities and overlapping structures. Under magnification of 6.5x or higher, standard excavators become too large and therefore cannot be used in microdentistry. These excavators have been designed with especially fine tips so they are suitable for use with microscopes and magnifying glasses. The Wiland shape and Columbia shape were replicated in these excavators’ designs. The working ends were paired with a larger diameter handle for better grip and increased comfort. Developed by Key Opinion Leader Prof. Dr. Peter Kotschy

Read more less

For atraumatic and accurate cord placement. Also available non-serrated CSI-1 (GCPCSI1NS). Use serrated cord packers only when using braided cord. Serrations are available upon request.

Read more less

1.0mm STRAIGHT EXCAVATOR These excavators are used frequently in minimally invasive dentistry, especially when a long shank is needed — such as when removing caries in deep pockets or removing granulation tissue. Under magnification of 6.5x or higher, standard excavators become too large and therefore cannot be used in microdentistry. These excavators have been designed with especially fine tips so they are suitable for use with microscopes and magnifying glasses. The Wiland shape and Columbia shape were replicated in these excavators’ designs. The working ends were paired with a larger diameter handle for better grip and increased comfort. Developed by Key Opinion Leader Prof. Dr. Peter Kotschy

Read more less

0.8mm WILAND DESIGN The Wiland shape of these instruments allows the clinician to easily access interdental spaces, cavities and overlapping structures. Under magnification of 6.5x or higher, standard excavators become too large and therefore cannot be used in microdentistry. These excavators have been designed with especially fine tips so they are suitable for use with microscopes and magnifying glasses. The Wiland shape and Columbia shape were replicated in these excavators’ designs. The working ends were paired with a larger diameter handle for better grip and increased comfort. Developed by Key Opinion Leader Prof. Dr. Peter Kotschy

Read more less

For atraumatic and accurate cord placement. Also available serrated CSI-1 (GCPCSI1). Use serrated cord packers only when using braided cord. Serrations are available upon request.

Read more less

1.3mm COLUMBIA DESIGN These Columbia-shaped excavators are useful when working on root surfaces of an irregularly shaped tooth or bone region Under magnification of 6.5x or higher, standard excavators become too large and therefore cannot be used in microdentistry. These excavators have been designed with especially fine tips so they are suitable for use with microscopes and magnifying glasses. The Wiland shape and Columbia shape were replicated in these excavators’ designs. The working ends were paired with a larger diameter handle for better grip and increased comfort. Developed by Key Opinion Leader Prof. Dr. Peter Kotschy

Read more less