Abrasive Surface Conditioning Devices TRIZ Cases
- Vertical Double Dressing Unit for Collision-Free Gear Tool Dressing
Vertically stacked, independently controlled dressing tools avoid collisions and cut gear grinding dressing time across varied geometries.
- Gear Loading Gripper Arms With Rotatable Carrier Access
Independently pivoting gripper arms and a rotatable carrier speed gear loading and unloading while improving machine tool access.
- Grinding Wheel Dressing Tool Swivel for Variable Pressure Angles
A swivelable disk dressing tool dresses two adjacent grinding surfaces at once while adapting pressure angles along a screw-shaped wheel.
- Diamond Internal-Tooth Ring for Precise Fine Tool Dressing
A thin diamond internal-tooth ring on a support ring reproduces complex fine-tool tooth geometry accurately while maintaining secure machining.
- Electrochemical Discharge Micro-Grinding for Brittle Hard Materials
Pulsed electrochemical discharge and superabrasive grinding soften brittle hard surfaces, enabling precise micro-structures with less damage and tool wear.
- Variable Tooth Flank Modification in Continuous Gear Machining
Different tool profile geometries create tooth-by-tooth flank modifications in continuous gear machining to cut gearbox noise and tonality.
- Gear Grinding Worm Control for Precision and Tool Life
Variable shift-to-stroke ratios after dressing keep meshing density stable, improving gear grinding precision and extending worm life.