Honing Tools TRIZ Cases

Two generating-gear transformations create conjugate bevel honing tools on standard machines, improving flank finish and tool life.

By relocating rotary drive to an expansion-bar receptacle, this honing sleeve cuts slot cracking, vibration, and maintenance costs.

Standardized transverse bores and bolt guides speed honing-tool assembly while reducing vibration and noise across multiple diameter ranges.

Interchangeable support bar units configure honing tools across diameter ranges while reducing assembly complexity, vibration, and noise.

A double-infeed honing tool uses independently adjustable cutting groups and irregular guide opening pitches for complex bores.

Segmented honing segments create a compensated bottle-shaped bore that counters cylinder distortion, reducing friction and improving piston ring sealing.

Segmented cutting carriers with elastic intermediate layers maintain uniform surface structure on non-cylindrical bores, preventing uneven material removal.

Segmented rotary table moves crankcases through vertical and horizontal stations to machine orthogonal bores without reclamping.

A monocoque honing machine housing integrates rotary and expanding drives to reduce moving mass.

A honing tool with a branching lubricant channel supplies coolant to multiple machining zones.

A honing tool integrates an elastically deformable support element to maintain pressing force on the cutting stone.

A honing tool pilot cap features a double-angle transition surface to ensure continuous bore engagement.

Variable effective width in the cutting layer corrects long-wave defects without altering machine settings.

Pre-shaped planar facets on the honing strip enable immediate abrasive removal, eliminating lengthy run-in phases and reducing scrap production.

Multi-stone honing tool bridges bore recesses to prevent canting and maintain high stock removal rates.

A bowl-shaped tool spindle uses a single hydraulic adjustment element to radially clamp and center honing rings inside the holder.

A machine tool merges pre-machining and honing on one carrier to eliminate re-clamping errors while maintaining tight positioning accuracy.

Segmented support arms expand into the annular gap to treat inner surfaces without removing the valve stem, eliminating disassembly time.

Elastic retaining elements generate pressing force against opening boundaries to prevent centrifugal stick ejection during withdrawal.

Resilient dampers behind curved blades limit inward translation, preventing overhoning and maintaining accurate on-axis positioning during portable operations.