Reaming Tools TRIZ Cases

By aiming the oil outlet at the cutting-edge corner, this reamer maintains lubrication, chip discharge, and inner-hole finish during high-feed machining.

A quick-disconnect reaming guide and support cut cutting-head change time in robotic joint replacement while limiting tissue interference.

A front-gash reamer redirects chips forward instead of into rear flutes, reducing hole surface damage, edge chipping, and grinding time.

Short front gashes, radiused terminations, and targeted coolant keep chips moving forward to protect hole surfaces and reduce edge chipping.

A side-access differential screw in a transverse cavity shortens the cutting tool assembly and enables faster tool exchange.

A centering, reaming, and honing sequence in one tool cuts setup time, preserves alignment, and improves bore surface finish.

A reamer combines reaming and protruding roughening blades to create controlled bore roughness with longer tool life and no adjustment.

Multiple roughening edges spaced from the reaming section create defined bore roughness with longer tool life and less adjustment effort.

Elastic clamping and axial-play control keep reaming tools centered while high-pressure cooling supports precise deep-hole machining.

A right-angle reamer with removable rotating blades deburrs pipe ends near studs, improving access, safety, and leak prevention.

Barrier surface portions isolate chip chambers from relief-ground regions, reducing through-hole scratches, scoring, and jamming.

Short front gashes and relief geometry drive chips forward during reaming, reducing hole damage and cutting-edge chipping.

Controlled chipping at the first 1 mm of a reamer cutting edge improves hole wall finish while preserving cutting efficiency with higher back taper.

A rear-end center-of-gravity adjustment in the reamer reduces eccentricity, improving workpiece cylindricity and roundness.

A quick-disconnect reaming guide speeds robotic bone reaming by enabling fast cutting-head changes with less tissue interference.

A transverse differential screw lets the tool clamp from the side, shortening axial length and speeding tool exchange with coolant control.

Controlled reamer eccentricity and uneven cutting-edge spacing increase margin burnishing to lower workpiece surface roughness.

Aimed oil outlet placement lubricates and cools the cutting-edge corner while keeping chip discharge smooth for accurate pilot-hole finishing.

Coaxially overlaid roughing and finishing inserts let this reamer machine holes in one pass while shortening protrusion length to improve rigidity.

Non-linear internal coolant channels direct flow to inserts and guide elements, cutting heat, extending tool life, and easing manufacture.

A widening guide bevel increases contact and plastic deformation at the cutter transition, improving bore finish and tool life.

Unequal tooth spacing and varied helix angles suppress chatter and resonance in taper reaming, improving accuracy and tool life.

A reamer features a transverse groove cutting edge that forms an axial channel before the main blade engages the workpiece wall.

A distributor screw creates an annular space to distribute coolant uniformly around the cutting tool circumference.

Radially extending flutes separate cutting teeth to increase material removal rates while limiting available reamer geometries.

A hydraulic cam adjusts cutting blade radial position via pressurized fluid to machine complex bore profiles.

A rotating shaft tool uses a conical seat and screw thread to adjust the cutting diameter of the first cutting head.

Segmented guide pads on a single-edge reamer distribute support while minimizing friction, preventing excessive hole enlargement in elastic workpieces.

Universal cylindrical insert seat enables precise radial positioning of cutting inserts without individual adjustment mechanisms, reducing handling costs.