Dental Sintered Diamond Separating Discs Medium Fine Grit Metal Porcelain Cutter With Cleaning Stone

This series of Dental Sintered Diamond Separating Discs adopts high-temperature sintered diamond grit technology, delivering far superior abrasion resistance and service lifespan compared to electroplated diamond discs. Designed for heavy-duty cutting and separation of metal alloys, porcelain crowns and all-ceramic restorations in dental clinics and labs.

1. Medium Grit (Green Ring, Model SH393 / SH391)

   Thicker sintered diamond layer for fast bulk cutting of CoCr, titanium alloy frameworks and thick porcelain coping. Sizes: 22mm (0.30mm thick), 19mm (0.30mm thick), max speed 10000–20000rpm.

2. Fine Grit (Red Ring, Model SH394 / SH392)

   Refined compact diamond particles for precise fine separation, marginal trimming and smooth surface finishing on thin veneers and delicate ceramic restorations. Sizes: 22mm (0.20mm thick), 19mm (0.20mm thick), max speed 10000–20000rpm.

Specialized cleaning block to remove clogged metal/ceramic debris from sintered diamond burs and discs. Critical for restoring cutting sharpness when switching workpiece materials (from metal to ceramic) to avoid cross-contamination and uneven grinding performance.

All discs are fitted with standard mandrel shanks compatible with FG high-speed dental handpieces. Strict sintering process control ensures uniform diamond grit distribution and strong bonding without particle shedding during high-speed rotation. OEM laser marking and custom mixed-size kits are available for global dental distributors.

• High-temperature sintered diamond grit provides outstanding endurance and longer service life than electroplated alternatives
• Two color-coded grit grades (green medium / red fine) cover rough cutting and precision finishing workflows
• Two diameter sizes (19mm compact / 22mm wide) adapt to anterior and posterior restoration access
• Optimized thin disc thickness (0.20/0.30mm) creates narrow clean separation gaps without excessive material loss
• Max safe rotation speed 10000–20000rpm for stable low-vibration cutting performance
• Matching dedicated cleaning stone maintains diamond tool sharpness for consistent cutting results
• Standard FG shank fits all mainstream dental high-speed clinical handpieces

1. Sintered structure eliminates early diamond grit drop-off, reducing frequent disc replacement cost
2. Medium grit accelerates thick alloy/porcelain removal to shorten chairside operation time
3. Fine grit delivers scratch-free smooth edges for aesthetic ceramic veneer and crown finishing
4. Thin disc profile minimizes gap width during separation, preserving more restoration material
5. Cleaning stone prevents grit clogging, extending the usable lifespan of all sintered diamond instruments
6. Balanced disc body reduces handpiece shake and operator wrist fatigue during long procedures

1. Metal & Alloy: Titanium, CoCr alloy frameworks, metal inner crowns, cast partial denture clasps
2. Porcelain & All-Ceramic: Zirconia crowns, lithium disilicate veneers, porcelain-fused-to-metal restorations
3. Clinical Adjustment: Interproximal separation of bonded crown units, excess coping trimming, marginal contour refinement

1. Precise sintering temperature and pressure control ensures firm diamond grit adhesion and uniform hardness
2. Full in-stock range of grit, thickness and diameter sizes for one-stop bulk consumable ordering
3. Flexible MOQ supports small clinic trial orders and large wholesale distributor batches
4. Complete OEM customization: private brand laser engraving, customized assortment packaging kits
5. Professional technical support provides recommended RPM and operating pressure guidance
6. Full pre-shipment QC testing for sinter bonding strength, concentricity and cutting sharpness