Tooth Saws TRIZ Cases

Sensor-based arm tracking captures implant position during surgery to build accurate 3D prosthetic models without abutment scans.

An oscillating segmented dental disk uses abrasives, perforations, and lubricant to remove enamel precisely while reducing friction and tissue injury.

A grounded robotic arm captures implant position during surgery, avoiding intraoral scanning while preserving gingival healing.

Water-activated hydrogen peroxide powder uses catalysts to speed stain oxidation, improving tooth cleaning, whitening, and appliance disinfection.

A resilient stainless steel apparatus separates adjacent teeth using elastic springs and a lingual shield to protect soft tissues.

Segmented lamellar working section with asymmetric inclined teeth improves penetration in tooth enamel while maintaining structural simplicity.

A dental shaping strip uses a segmented design with a non-abrasive base and abrasive tip to contour restorations.

A formable handle secures a thin filing strip tautly between opposable fingers to enable one-handed maneuverability.

Ultrasonic piezoelectric cutting prevents membrane puncture during lateral window formation, reducing swelling and infection risk.

Rubberized gripping surfaces and a wrist retaining strap on an interproximal dental tool prevent accidental drops into the patient's throat.

A thin-walled tubular endodontic file with pyramidal teeth removes gutta percha through mechanical abrasion and impact forces.

Powered scaler uses dual-function tip to ablate gum tissue and remove accretions, resolving trade-offs between pocket reduction and surface damage.