Good Materials | CE & ISO 13485 Certificates | All Range of Shapes
Long Lifespan | Withstand High Temperatures | High Cutting Performance
Ball round, plain cut tungsten carbide burs FG RA are for caries excavation, cavity preparation, and root canal access. Smaller sizes often used for single surface cavities, medium sizes often used for interproximal cavities in anterior teeth.
Inverted cone tungsten carbide burs FG RA are used primarily for producing undercuts at the junction of the pulpal floor and lateral walls in occlusal (Class I), cervical (Class V) cavities, and in the occlusal locks of the Class II cavities. Inverted cone burs are also useful for flattening pulpal and gingival walls.
Head Sizes: 0.1mm - 100mm; Shank Types: FG, RA; Shank Diameter: FG 1.6mm; RA 2.35mm; Total Length: FG 19mm; RA 22mm.
Cylinder, plain cut tungsten carbide burs FG create a preparation with parallel walls and a flat floor, useful for establishing the periphery of a preparation.
Flat end taper, plain cut tungsten carbide burs FG create diverging preparation walls ideal for indirect restorations. Tapered shape helps maintain full-length enamel rod margins on convex tooth surfaces.
Head Sizes: 0.1mm - 100mm; Shank Types: FG; Shank Diameter: FG 1.6mm; Total Length: FG 19mm; FG long 25mm.
Pear, plain cut tungsten carbide burs FG RA create a preparation with converging walls and round internal line angles, ideal for creating mechanical retention and maintaining full-length enamel rod margins on pit and fissure surfaces.
Head Sizes: 0.1mm - 100mm; Shank Types: FG, RA; Shank Diameter: FG 1.6mm; RA 2.35mm; Total Length: FG 19mm; FG short 16.5mm; RA 22mm.
X-mas tree, 3 slided tungsten carbide burs FG are used for carving of tooth pattern (Morphology).
Cylinder, cross cut tungsten carbide burs FG RA create a preparation with parallel walls and a flat floor, useful for establishing the periphery of a preparation.
Cross-cuts increase cutting efficiency and facilitate cutting dentin at lower speeds for improved tactile response x2.
Flat end taper, cross cut tungsten carbide burs FG RA create diverging preparation walls ideal for indirect restorations. Tapered shape helps maintain full-length enamel rod margins on convex tooth surfaces.
Cross-cuts increase cutting efficiency.
End cutting tungsten carbide burs FG are used for shoulder preparation.
Round cylinder, plain cut tungsten carbide burs FG are ideal for a quick removal of crowns amalgam and composite materials, and orthodontics.
Head Sizes: 0.1mm - 100mm; Shank Types: FG; Shank Diameter: FG 1.6mm; Total Length: FG 19mm; FG short 16.5mm.
Round taper , plain cut tungsten carbide burs FG are used for removal of composite materials, orthodontics
Head Sizes: 0.1mm - 100mm; Shank Types: FG; Shank Diameter: FG 1.6mm; Total Length: FG 19mm.
Round cylinder, cross cut tungsten carbide burs FG are ideal for a quick removal of crowns amalgam and composite materials, and orthodontics. Cross-cuts increase cutting efficiency.
Head Sizes: 0.1mm - 100mm; Shank Types: FG; Shank Diameter: FG 1.6mm; Total Length: FG 19mm; FG long 25mm.
Round taper, cross cut tungsten carbide burs FG are used for removal of composite materials, orthodontics.
Cross-cuts increase cutting efficiency.
Head Sizes: 0.1mm - 100mm; Shank Types: FG; Shank Diameter: FG 1.6mm; Total Length: FG 19mm.
Pear, cross cut tungsten carbide burs FG create a preparation with converging walls and round internal line angles, ideal for creating mechanical retention and maintaining full-length enamel rod margins on pit and fissure surfaces.
Cross-cuts increase cutting efficiency.
Head Sizes: 0.1mm - 100mm; Shank Types: FG; Shank Diameter: FG 1.6mm; Total Length: FG 19mm.
Cutting crown, cross cut tungsten carbide burs FG are used for crown & bridge cutting as well as for amalgam or composite removal.
Head Sizes: 0.1mm - 100mm; Shank Types: FG; Shank Diameter: FG 1.6mm; Total Length: FG 19mm.
Crown prep, cross cut tungsten carbide burs FG cut quickly and smoothly through enamel without clogging with debris like amalgam, composite and other restorations during the bulk reduction task in crown preparation.
Head Sizes: 0.1mm - 100mm; Shank Types: FG; Shank Diameter: FG 1.6mm; Total Length: FG 19mm.
Scaling burs tungsten carbide burs FG are used for sectioning an impacted wisdon tooth prior to its extraction/separating roots, removing a broken root stump cutting a tooth horizontally at neck kevel, reworking temporary teeth of acrylic material/preparing a shoulder on the vestibular side of the tooth, removing tartar, big scales when cleaning teeth, and fast entering root canal, the end is round and no-cut so it is safe and easily confirm the position.
Head Sizes: 0.1mm - 100mm; Shank Types: FG; Shank Diameter: FG 1.6mm; Total Length: ET3 19mm; ET5 21mm.
Zekrya Surgical Tungsten Carbide Burs FG have an 11mm length head and six helical cutting edges, ideal for sectioning an impacted wisdom tooth pripor to its extraction. Separating roots.
Head Sizes: 0.1mm - 100mm; Shank Types: FG; Shank Diameter: 1.6mm.
Flat end taper, cylinder extraction surgical tungsten carbide burs FG have an 8mm length head, ideal for teeth cutting, extraction.
Head Sizes: 0.1mm - 100mm; Shank Types: FG; Shank Diameter: 1.6mm.
Round end taper safe end endo z tungsten carbide burs FG have a 9mm length head and six lateral helical cutting blades. Safe-ended, noncutting tip prevents penetration of the pulp chamber floor or the root canal walls.
Head Sizes: 0.1mm - 100mm; Shank Types: FG; Shank Diameter: 1.6mm.
Ball round trimming and finishing tungsten carbide burs FG are available for 8-12 blades, ideal for finishing anterior lingual and posterior occlusal surfaces.
Head Sizes: 0.1mm - 100mm; Shank Types: FG; Shank Diameter: 1.6mm.
Flat end taper trimming and finishing tungsten carbide burs FG are available for 8-12 blades, ideal for trimming excess material on anterior labial surfaces or the cervical portion of any tooth.
Head Sizes: 0.1mm - 100mm; Shank Types: FG; Shank Diameter: 1.6mm.
Pointed taper trimming and finishing tungsten carbide burs FG are available for 8-12 blades, ideal for trimming excess material on anterior labial surfaces or the cervical portion of any tooth.
Head Sizes: 0.1mm - 100mm; Shank Types: FG; Shank Diameter: 1.6mm.
Egg trimming and finishing tungsten carbide burs FG are available for 8-12 blades, ideal for contouring or placing anatomy on posterior occlusal surfaces, also suitable for smooth and shaping anterior lingual surfaces.
Head Sizes: 0.1mm - 100mm; Shank Types: FG; Shank Diameter: 1.6mm.
Taper t trimming and finishing tungsten carbide burs FG are available for 8-12 blades, ideal for trimming excess material on anterior labial surfaces or the cervical portion of any tooth.
Head Sizes: 0.1mm - 100mm; Shank Types: FG; Shank Diameter: 1.6mm.
Round end taper trimming and finishing tungsten carbide burs FG are available for 8-12 blades, ideal for trimming excess material on anterior labial surfaces or the cervical portion of any tooth.
Head Sizes: 0.1mm - 100mm; Shank Types: FG; Shank Diameter: 1.6mm.
Flame trimming and finishing tungsten carbide burs FG are available for 8-12 blades, ideal for establishing anatomical pits and fissures in occlusal surfaces.
Head Sizes: 0.1mm - 100mm; Shank Types: FG; Shank Diameter: 1.6mm.
A tungsten carbide bur consists of a good-quality tungsten carbide head and a stainless steel shank.
Tungsten carbide is a metal that is extremely hard (about three times stiffer than steel) and can withstand high temperatures. Because of the hardness, a carbide bur can maintain a sharp cutting edge and be used many times without becoming dull.
All products have been assessed by the manufacturer and deemed to meet EU safety, health and environmental protection requirements.
Ball Burs
Cylinder Burs
End Cutting Burs
Flat End Taper Burs
Inverted Cone Burs
Pear Burs
Round Cylinder Burs
Round Taper Burs
X-Mas Tree Burs
(1) FG Tungsten Carbide Burs
FG standard is 19mm in length with a 1.60mm diameter shank and fits in high speed handpieces; FG short length is 16.5mm; FG long length is 25mm.
(2) RA Tungsten Carbide Burs
RA standard is 22mm in length with a 2.35mm diameter shank and fits in low speed handpieces; RA long length is 26mm.
1. Perfect for excavating cavities, shaping bone, removing impacted teeth, and many other procedures.
2. Tungsten carbide burs are 3 times stiffer than steel. Because Tungsten Carbide is such a hard material, it is able to maintain sharpness, making it a highly effective cutting tool.
3. Tungsten carbide burs cut and chip away the tooth structure rather than grinding as diamond burs do, this leaves a much smoother finish.
4. Due to tungsten carbide burs using blades they are able to reduce vibrations (“chatter”) and in turn discomfort for patients.
5. Tungsten carbide burs are more resistant to high temperatures than other materials, allowing them to operate for longer periods.
6. These burs can also be used on a wide variety of materials, such as gold, silver and acrylics. In addition, they last a long time without chipping or breaking.
1905 Oral Surgery
4105 Micro Invasive Surgery
FG008T Tungsten Carbide of FG shank 0.8mm for Students
RA008T Tungsten Carbide of RA shank 0.8mm for Students
TF7100 TC Trimming & Finishing burs, FG
There are three main types of shank - Friction Grip Shank (FG), Latch-type Shank. (RA) and Long Straight Shank (HP).
FG (Friction Grip)
FG burs fit into the turbine of high speed handpieces. The shank diameter is 1.60 mm. The standard length is 20mm long, but longer surgical lengths are available and these are commonly needed for veterinary work.
RA/CA (Right Angle)
RA burs fit into the latch of the contra-angle on slow speed handpieces. They are generally 20mm long with a 2.35mm diameter shank.
HP (Long Straight)
HP burs fit into the nose cone of the slow speed handpieces once the prophy angle or contra angle is removed. They are used for diamond cutting discs or long 40mm burs with a 2.35mm diameter shank.
HP, RA, FG (from left to right)
(2) Durability: Both diamond and carbide are exceptionally durable substances. However, diamond burs lose cutting effectiveness more dramatically than carbide burs over time, resulting in a shorter lifespan.
(3) Usages: Both Tungsten carbide burs and diamond burs can be utilized for deburring, finishing, smoothing, and shaping. But Tungsten carbide burs are more resistant to high temperatures than other materials, allowing them to operate for longer periods.
Diamond burs are more useful for carving into stone as compared to tungsten carbide burs, so the main choice selection of material is dependent on the application.
(4) Smoothness: Carbide burs cut and chip away the tooth structure, as opposed to grinding it like diamond burs do, resulting in a far smoother finish than diamond burs.
(5) Zirconia cutting burs: Cutting and removing zirconia crowns can be rather difficult. Diamond burs are more suitable for the task than carbide burs due to their high-speed grind. The same remains good for ceramic crown fabrication.
Overall tungsten carbide burs and diamond burs are functionally different. Tungsten carbide bur are ideally suited to cutting work such as preparing cavities, cutting through metal fillings, and shaping bone during dental implant surgery.
Diamond burs are used to grind the tooth down and leaving it with a rough surface that requires polishing later on with a separate tool.
Trimming finishing burs have more blades (8-12 blades) than operative burs, and the blades are closer together and shallower, which makes these burs ideal for the fine finishing and polishing of dental materials.
For tungsten carbide burs, there are 5 pcs in a pack.
The packing is as follow:
