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Used for waxing procedures and techniques. Waxing instruments should never be heated to an extreme (glowing) or the strength of the instrument, especially the thin tips, will be compromised.    

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Used for waxing procedures and techniques. Waxing instruments should never be heated to an extreme (glowing) or the strength of the instrument, especially the thin tips, will be compromised. Maintenance Tip: Do not expose instruments to temperatures in excess of 350° F/176.6° C. Repeated heating to extreme temperatures and cooling may cause instrument failure or breakage.    

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Ideal for waxing procedures and techniques, PKT1 features curved tapered tips used to flow on molten wax. Waxing instruments should never be heated to an extreme (glowing) or the strength of the instrument, especially the thin tips, will be compromised. Ideal for waxing procedures and techniques, PKT1 features curved tapered tips used to flow on molten wax. Maintenance Tip: Do not expose instruments to temperatures in excess of 350° F/176.6° C. Repeated heating to extreme temperatures and cooling may cause instrument failure or breakage.

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Ideal for waxing procedures and techniques, PKT4 is a modified carver used to perfect the external contours and remove excess wax at the cavo-surface margins. Waxing instruments should never be heated to an extreme (glowing) or the strength of the instru Ideal for waxing procedures and techniques, PKT4 is a modified carver used to perfect the external contours and remove excess wax at the cavo-surface margins. Maintenance Tip: Do not expose instruments to temperatures in excess of 350° F/176.6° C. Repeated heating to extreme temperatures and cooling may cause instrument failure or breakage.

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Ideal for waxing procedures and techniques, PKT2 features curved tapered tips used to flow on molten wax. Waxing instruments should never be heated to an extreme (glowing) or the strength of the instrument, especially the thin tips, will be compromised. Ideal for waxing procedures and techniques, PKT2 features curved tapered tips used to flow on molten wax. Maintenance Tip: Do not expose instruments to temperatures in excess of 350° F/176.6° C. Repeated heating to extreme temperatures and cooling may cause instrument failure or breakage.

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Ideal for waxing procedures and techniques, PKT36 features a pointed burnisher used to perfect and enhance the supplemental and developmental grooves. Waxing instruments should never be heated to an extreme (glowing) or the strength of the instrument, es Ideal for waxing procedures and techniques, PKT36 features a pointed burnisher used to perfect and enhance the supplemental and developmental grooves. Maintenance Tip: Do not expose instruments to temperatures in excess of 350° F/176.6° C. Repeated heating to extreme temperatures and cooling may cause instrument failure or breakage.

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Ideal for waxing procedures and techniques, PKT3RM6 is similar to PKT3, but features a rounded tip vs. a pointed one. Waxing instruments should never be heated to an extreme (glowing) or the strength of the instrument, especially the thin tips, will be c Ideal for waxing procedures and techniques, PKT3RM6 is similar to PKT3, but features a rounded tip vs. a pointed one. Maintenance Tip: Do not expose instruments to temperatures in excess of 350° F/176.6° C. Repeated heating to extreme temperatures and cooling may cause instrument failure or breakage.

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Ideal for waxing procedures and techniques, PKT5 is a special carver used to remove excess wax as cusp ridges are developed; its contour maintains desired convexity at these ridges. Waxing instruments should never be heated to an extreme (glowing) or the Ideal for waxing procedures and techniques, PKT5 is a special carver used to remove excess wax as cusp ridges are developed; its contour maintains desired convexity at these ridges. Maintenance Tip: Do not expose instruments to temperatures in excess of 350° F/176.6° C. Repeated heating to extreme temperatures and cooling may cause instrument failure or breakage.

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For mixing materials and general laboratory use. Wood handles are not compatible with heat sterilization. Hu-Friedy recommends autoclave steam sterilization.    

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For mixing materials and general laboratory use.

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For mixing materials and general laboratory use. Wood handles are not compatible with heat sterilization. Hu-Friedy recommends autoclave steam sterilization.    

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For mixing materials and general laboratory use. Wood handles are not compatible with heat sterilization. Hu-Friedy recommends autoclave steam sterilization.    

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Used for laboratory waxing.

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Used for laboratory waxing.

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Used for laboratory waxing.

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Single-end long spatula. Large circumference handle offers more rapid, even mixing. Same spatula as (CSNT5) and (CSNT6).

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Combines the long, flexible spatula from (CSNT5) with an angled blade end to carry and load cement into a single crown or an inlay preparation. 7.4mm/2.2mm

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Short, rigid spatula for heavy cements. Blade end used to place cements or shape temporary restorations.

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Long, flexible spatula to mix medium body cements. Tapered fluted end scoops and loads mixed cement into crowns.

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25 mm Spatula used to mix and load cement and other materials into crowns or inlay/onlay preparations.

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44 mm Spatula with flexible blade for mixing medium body cements and other materials into crowns or inlay/onlay preparations.

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51 mm Spatula with rigid blade for mixing heavier or medium body cements and other materials into crowns or inlay/onlay preparations.

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Designed to condense, smooth, carve and polish amalgam.

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Designed to condense, smooth, carve and polish amalgam.

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Designed to condense, smooth, carve and polish amalgam (2.1 mm - 1.3 mm).

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Designed to condense, smooth, carve and polish amalgam (2.6 mm - 1.5 mm).

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Designed to condense, smooth, carve and polish amalgam (2.6 mm).

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Designed to condense, smooth, carve and polish amalgam (2.4 mm - 1.6 mm).

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Highly polished stainless steel instruments used for composite placement and contouring (2.7 mm - 1.7 mm).

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Designed to condense, smooth, carve and polish amalgam (2.6 mm - 3.1 mm).

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For mixing materials and general laboratory use.

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Used for finishing gingival margins.

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Used for finishing gingival margins.    

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

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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

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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

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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

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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

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0.5mm & 0.8mm 1 x 90° BEND & STRAIGHT The 90° angle incorporated in this burnisher allows for exceptional maneuverability and fine, detailed contouring. 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

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The Wiland design allows clinicians to gain access to interdental spaces and cavities. The design also makes it easier to work subgingivally. 1.0mm. 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    

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Used to carve anatomical features and trim excess materials.

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Used to carve anatomical features and trim excess materials.

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Used to carve anatomical features and trim excess materials.

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Used to carve anatomical features and trim excess materials.

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Used to carve anatomical features and trim excess materials.

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Used to carve anatomical features and trim excess materials.

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Used to carve anatomical features and trim excess materials.

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For posterior teeth. Sharp offset angle provides access to many surfaces.

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