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Vacalon Vega Polishers · Fine · Wheel 22 × 3.2 mm
SKU 090-1026MFR# 51363
Grit
Fine
Shape
Wheel 22 × 3.2 mm
Vacalon Vega Polishers are diamond polishers for zirconia and lithium disilicate (e.max, LiSi). A high concentration of diamond grain takes out surface marks quickly but gently, and the three grits carry a restoration from contouring to a high-gloss finish without polishing paste.
What it is used for
- Coarse (blue) – adjustments and contouring; the usual starting point on zirconia
- Medium (red) – light contouring, smoothing and pre-polishing; the usual starting point on lithium disilicate
- Fine (yellow) – the final high shine, no paste needed
Why labs choose it
- Works on every type of zirconia – high strength and high translucency – and on pressed lithium disilicate
- Fast surface removal with precise control for shaping and blending
- Smooth, even finish from one restoration to the next
- Long working life in daily lab use
Shapes, sizes and speeds
Six shapes in each of the three grits, sold individually – pick the grit and shape above.
| Shape | Size | Best speed | Maximum speed |
|---|---|---|---|
| Knife-Edge | 26 × 2 mm | 6,000 rpm | 20,000 rpm |
| Wheel | 22 × 3.2 mm | 6,000 rpm | 20,000 rpm |
| Point | 5.5 × 16 mm | 15,000 rpm | 20,000 rpm |
| Mounted Wheel | 11.5 × 2.4 mm | 6,000 rpm | 20,000 rpm |
| Barrel | 6 × 15 mm | 15,000 rpm | 20,000 rpm |
| Spiral | 20 mm | 6,000 rpm | 15,000 rpm |
Details
- Shank: HP (104), 2.35 mm – fits a straight lab handpiece
- Sold individually, one polisher per pack
- Made in Germany
Product
- Manufacturer
- Vacalon
- Manufacturer #
- 51363
- Item code
- 090-1026
Catalog path
- Marketplace
- Laboratory
- Category
- Lab Burs & Rotary
- Subcategory
- Finishing & Polishing Wheels & Points
Ordering
- Status
- Ships in 3 business days
More from Finishing & Polishing Wheels & Points
Stocked in the same subcategory.
About flexible silicone polishers
A lab flexible silicone polisher carries its abrasive inside a flexible silicone body: one kind is silicone highly filled with micro-fine diamond. A study of reused polishers gave the loss of diamond particles through use as one reason their abrasive capability fell.
The FDA groups abrasive discs, abrasive points, polishing strips and polishing wheels as abrasive devices, Class I (21 CFR 872.6010): they remove excess restorative material and smooth rough surfaces, on a shank held by a handpiece.
ISO 21671 covers the most commonly used rotary polishers, mounted and unmounted, used by the dentist and in the dental laboratory.
How the types on this shelf differ
- Flexible Silicone Polishers — The abrasive is embedded in a flexible silicone body.
- Polishing Wheels — A wheel for the smoothing steps that follow grinding.
- Grinding Wheels — The coarse step: it shapes the work and removes excess material.
- Mounted Rubber Points — A rubber-bonded point already fixed on its own shank.
- Ceramic & Porcelain Polishers — Polishes the ceramic itself, in place of a glaze layer.
- Polishing Discs — The finer steps of the same series.
- Buffing Wheels — Carries the polishing agent to the work.
- Mounted Stones — A rigid bonded abrasive, for grinding and shaping.
- Separating & Cut-Off Discs — A thin wheel for cutting, where an abrasive disc works on its side.
- Composite Polishers — Made for resin composite.
- Acrylic Polishers & Trimmers — Made for denture acrylic, which is finished with burs, sandpaper and rubber wheels before it is polished.
- Abrasive Discs — Grinds and smooths with its face.
- Finishing Carbides — A bur made to finish a surface.
- Polishing Points & Cups — Rubber points, felt cones and bristle pins.
- Rotary Points — Silicone, rubber and polyurethane polishers.
- Heatless Wheels — Radial bristle discs and wheels, knife-edge discs and rubber abrasive cones, filed under the heatless wheels name.
What to look at when choosing
Sequence: a review describes polishing in three stages, coarse finishing, intermediate polishing and final polishing. Coarse tools shape the work and remove excess material; medium ones smooth out the grooves and scratches the coarse ones leave.
Surface: 0.2 micrometres of roughness is considered the threshold for a clinically acceptable restoration.
Speed: OSHA's abrasive-wheel rule has the spindle speed checked against the maximum operating speed marked on the wheel.
Reuse: the CDC states that burs, polishing points and rag wheels used on contaminated appliances or prostheses should be heat-sterilised, disinfected between patients, or discarded.
Sources: FDA 21 CFR 872.6010, Abrasive device and accessories · ISO 21671:2006, Rotary polishers · Does Sterilization Affect the Performance of Single-Step Resin Composite Polishers? (Dent J 2023) · A Comprehensive Review of the Surface and Chromatic Properties of Monolithic Zirconia: Polishing and Finishing Methods (Cureus 2024) · OSHA 29 CFR 1910.94, Ventilation (grinding, polishing and buffing operations) · OSHA 29 CFR 1910.211, Machinery and machine guarding: definitions · The Glossary of Prosthodontic Terms, 9th edition (J Prosthet Dent 2017) · Rao et al. 2015, Surface roughness of three heat-cured acrylic denture base resins with different conventional lathe polishing techniques (J Indian Prosthodont Soc) · OSHA 29 CFR 1910.215, Abrasive wheel machinery · ISO 3823-2:2003, Rotary bur instruments, Part 2: Finishing burs · CDC, Guidelines for Infection Control in Dental Health-Care Settings, 2003 (MMWR 52 RR-17)
