Radial Smooth Ceramic Bearing for W&H 3.175 x 6.35 x 2.778 mm Dental Turbines
Versatile, High-Performance Ceramic Bearings for W&H DØ 3.175 mm x DØ 6.35 mm x B 2.778 mm. These precision-engineered ceramic bearings are manufactured by multiple top-tier suppliers and offered in various configurations. They feature different ball materials (ceramic or steel) and retainer types (Torlon® or Phenolic) to suit diverse performance requirements in dental handpieces.
Specifically designed to withstand rotational speeds exceeding 400,000 RPM and high axial/radial loads, these bearings are engineered for optimal performance in high-speed dental turbines.
Dimensions (Inner diameter x Outer diameter x Width):
- DØ 3.175 x DØ 6.35 x B 2.778 mm
*Compatible with OEM Part Numbers
- 05288500
- 05288200
- 04378600
- 02770712
- 07003000
- 06307900
Suitable for Models:
- 196
- 198
- 696
- 698
- 795/798
- 796
- 895/898
- 896
- Alegra HS2003 TE-95
- Alegra HS2003 TE-98
- Alegra HS2009 TE-95
- Alegra TE-98 LED G Brasil SN>100001
- Alegra TE-98 LED G SN>102298
- Alegra® HS2003 TE-96
- Alegra® HS2009 TE-97
- Alegra® HS2009 TE-98
- Alegra® HS2009 TE-98 C LED G
- Alegra® TE-98 LED G A-dec
- Fusion TG-97
- Fusion TG-97L
- Fusion TG-97LM
- Fusion TG-97LN
- Fusion TG-97LRM
- Fusion TG-98
- Fusion TG-98L
- Fusion TG-98LM
- Fusion TG-98LN
- Fusion TG-98LRM
- Previous PN 105RX
- TA-96
- TA-96L
- TA-96LM
- TA-96M
- TA-97C LED
- TA-97CLM
- TA-98
- TA-98C
- TA-98C LED
- TA-98CLM
- TA-98CM
- TA-98L
- TA-98LC
- TA-98LCM
- TA-98LM
- TA-98M
- Trend TC-80 BC
- Trend TC-80 RM
- Trend TC-95 BC
- Trend TC-95 RM
- Vision TK-100
- Vision TK-97
- Vision TK-98
Engineered for high-speed, low-friction rotation and extended service life, these bearings are ideal replacements in turbine heads of air-driven handpieces. Options include hybrid ceramic variants for superior heat resistance and quieter operation.
Key Features:
✔ ABEC-7 or ABEC-9 rated precision
✔ Extended RPM range up to 400,000+
✔ Corrosion-resistant materials
✔ Reduced vibration and noise
✔ Long service life under demanding clinical conditions

