Gear Teeth Manufacturing Tools TRIZ Cases
- Gear Topland Chamfering Across Full Tooth Face Width
A chamfering tool traverses each tooth slot to form uniform gear topland chamfers, improving meshing and lowering surface stress.
- Combination Tool Chamfer Skiving and Filing for Burr-Free Gears
A combined skiving and filing tool machines gear chamfers and removes burrs in one setup, cutting re-clamping, tooling, and process complexity.
- Face Gear Cutting Tool Geometry for Helical Gear Meshing
A spur-gear-shaped cutter with controlled tooth thickness and face width improves face gear cutting precision and machining efficiency for helical meshing.
- Gear Cutting Tool With Abrasive Flanks for One-Setup Finishing
A single gear-cutting tool combines cutting edges and abrasive flanks to rough and finish tooth flanks with fewer setup changes and higher precision.
- Dual Threaded Grinding Wheel Layout for Precise Gear Finishing
Two linked threaded grinding wheels split finish and super-finish ranges to improve gear accuracy while keeping the wheel configuration simple.
- Asymmetric Gear Skiving Tool Layout for Single-Pass Tooth Machining
Uneven cutting-edge spacing in a gear skiving tool boosts local material removal, cuts passes, and lowers thermal load for large-module gears.
- Gear Machining Tool Stepwise Radial Profile for Wear Reduction
Stepped radial tool faces distribute cutting load across the edge, reducing wear and extending tool life during gear machining.
- Worm Tool Crowning for Cylindrical Gear Flank Twist Control
Matching tool crowning to the diagonal ratio superimposes controlled twist on natural gear geometry, resolving complex tooling constraints.
- Adjustable Nozzle for Precision Grinding Coolant Optimization
Movable wall elements adjust the jet outlet opening based on fluid pressure, resolving contradictions between device complexity and manufacturing precision.
- Segmented Skiving Cutter for Internal Gear Precision
A skiving cutter uses segmented cutting edges with varying axis-cutting distances to form internal gears accurately.
- Skiving Tool Axis Alignment for Reduced Machine Complexity
Aligning the skiving tool axis with the workpiece at a crossing angle and axial offset eliminates pivot axes, reducing machine complexity and production costs.
- Skiving Cutter Helical Grooves Load Distribution
Cylindrical skiving cutter with helical tooth grooves and segmented cutting edges for continuous machining.