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If you’re placing implants in dense bone all day, last thing you need is a motor that stutters or overheats—we’ve seen clinics burn through cheaper units in under a year, so the 5.4kg metal housing on this one actually feels solid in the hand, and the IPX1 rating means it won’t short out form a splash.
100-240V 50/60Hz with ±10% tolerance, so it’s pretty much plug-and-play anywhere you’ve got a standdard outlet; the implant mode hits 100-40000 RPM at 5-70 N·cm (both ±10% tolerance), and the piezosurgery runs 24kHz-36kHz—teh water flow has 5 gears from 0% to 100%, which is basically a separate cooling system with a 60-100ml/min surgical mode built in (saves you rigging an external pump).
Most buyers go with this for implant site prep or sinus lifts where you need that fine bone without collateral soft-tissue damage, but if you’re working thin cortical bone, you might find the 5-70 N·cm torque range overkill for delicate work—it’s better suited for D1 or D2 bone density anyway. 4. MOQ is 1 unit, roughly 20 days or so lead time if we have stock (usually do, but confirm), and every order ships with a COA and the dual F10A 250A fuses already installed.
Our standard MOQ is 5 units, but we can sometimes flex that for first-time orders depending on stock. Just let your sales rep know what you need.
It's CE and ISO certified. We'll include copies of the certificates with the shipment, or email them ahead of time if you need them for registration.
You get 5 water flow gears, from 0% to 100%, so you can dial in exactly the cooling you need for different procedures. It's controlled directly from the front panel.
Typical lead time is 15-20 working days after order confirmation. We pack each unit in a foam-lined carton with a plastic cover to keep it dry and dust-free during transit.
That tolerance means the displayed speed might vary up to 10% from the actual RPM, which is standard for dental motors. In practice, it doesn't affect clinical outcomes, and the torque range has the same tolerance for consistency.
