Artificial Teeth TRIZ Cases
- Dental Restoration Geometry with Investment Infiltration Machining
An excess-volume dental restoration is infiltrated with investment material, then machined to final geometry without manual finishing or dust residue.
- Dental Restoration Shaping With Investment Infiltration
Investment infiltration supports automated excess-volume removal in dental restorations, improving surface finish and avoiding dust residue.
- Blank Support Body Structure for Adhesive Retention in Narrow Gaps
Pocket-shaped inner-surface depressions help introduce and hold adhesive in narrow blank-holder gaps, improving fixation accuracy during milling.
- Dental Restoration Milling With a Continuous Helical Toolpath
A continuous helical toolpath keeps the cutter engaged to shorten dental milling time and reduce chipping in fragile restorations.
- Dental Restoration Machining With Continuous Spiral Toolpaths
Continuous spiral tool contact cuts dental restoration parts faster while improving machining accuracy and reducing wear and splintering.
- Ceramic Blank Support Body With Adhesive-Retaining Inner Surface
Inner-surface depressions and elevations retain adhesive in the blank-holder gap, improving ceramic blank fixation and machining stability.
- Coolant Drain Guide for Detachable Cutting Machine Tanks
A movable coolant holder catches drips when the tank is removed and guides flow into the tank when reinserted, keeping the housing space clean.