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2 materials · 32 items
turbodia are spiral diamond burs: the spirally arranged diamond coating increases material removal while improving chip flow and cooling at the working part.
Less heat develops as a result, which protects both instrument and tooth structure. Running stays smooth and low in vibration, which improves control during longer preparations.
Direct from the Swiss manufacturer in Appenzell. Swiss made to ISO 13485, CE-MDR, stock items ready to ship within 48 hours.
The spiral creates channels through which water and chips can flow away. This keeps the cutting surface clear, the instrument clogs more slowly and heats up less.
| Property | Standard coating | Spiral coating |
|---|---|---|
| Removal | Even | Increased |
| Chip flow | Limited | Channels carry chips away |
| Heat at the working part | Higher | Lower |
| Smooth running | Good | Low vibration |
| Typical use | Routine preparation | Longer preparations with heavy removal |
For longer preparations with substantial removal. The longer the instrument stays engaged, the more the improved chip flow matters.
For short corrections or fine finishing work the advantage barely matters. There the grit decides, not the coating geometry.
Because heat endangers the pulp. Overheating during preparation is among the avoidable causes of postoperative complaints.
Cooling alone is not enough if the coolant does not reach the cutting interface. That is exactly what the spiral geometry provides: it keeps the path open for the water instead of deflecting it at a clogged working part. This also relieves the coating and extends the usable life of the instrument.
No, the usual speeds for diamond instruments apply unchanged. The maximum speed is stated with each item.
The range covers the common grits for preparation and contouring. This page can be filtered by grit and shape.
Yes, that is the point of the geometry. The channels carry chips and coolant away, keeping the cutting surface clear for longer.
turbodia optimises the geometry, rhodia the coating density. One targets chip flow, the other hard materials.
For zirconia and high-performance ceramics reach for rhodia, and for swift removal with good cooling for turbodia. The complete range of shapes and grits is available under diamond burs.