Positioning Apparatus TRIZ Cases

A single screw-driven jaw series clamps multiple workpieces in defined positions, cutting CNC setup time without reclamping.

Clearance-based inner, end-face, and outer holding parts secure HSK tools while preventing dirt transfer to critical contact faces.

Independent tables, heads, and side tool changers let one machining center process different part shapes simultaneously with faster tool changes.

Independent stacked clamping plates form a counter-shape that spreads force evenly, securing complex parts without localized damage.

Shape-matched pods shield sharp cutting ends while dedicated cavities and modular coupling simplify tool audits and replenishment.

Cylindrical sintered pins replace complex triangular inserts to clamp low-height workpieces with less lateral space and easier jaw production.

By placing the sub magazine’s center of gravity below the tool change position, this case suppresses vibration and improves machining accuracy.

A positive-fit adapter locks the blank to holder reference features, enabling accurate repositioning and avoiding dental machining errors.

Adjustable mounting fixtures let a grinder/polisher sample holder move directly to hardness testing, cutting handling time and damage risk.

Positive-locking centering elements align tool holding units in storage lifts with submillimeter precision, improving automated retrieval safety and accuracy.

An inclined flange holding surface self-centers the processing block in its holder, reducing alignment errors and material waste in dental prosthesis machining.

Two independent clamping gaps let a vice secure workpieces vertically or horizontally, improving stability, ergonomics, and wear compensation.

A spring-loaded translating clamp with a roller ball maintains cover-to-rib contact on twisted fan blades, improving laser weld consistency.

Automated blade swapping in a paper log cutter reduces hazardous manual handling, speeds replacement, and keeps blade alignment precise.

A movable shutter tracks the clamp arm to cover the slit hole, blocking welding spatter and other foreign matter from the locating section.

An angled grub screw and nose clamp secure a material block on a machining table without lateral grooves, improving retention and limiting deformation.

Adjustable jaws, rollers, and pneumatic support blocks secure wide section bars and limit vibration to maintain machining precision.

A clamp-and-tab knife tool lets operators remove and install slicer blades without touching sharp edges, improving maintenance safety and speed.

Integrated clamp manifold passages and nozzles route coolant or gas to fixtures with unobstructed, hands-free fluid delivery during machining.

A nose and pointed set screw secure blocks directly on a machining table, eliminating side grooves while maintaining stable clamping.

A disc-spring clamping jig fixes workpieces with constant force and orthogonal motion to reduce distortion and improve machining accuracy.

A radially floating locating bolt centers vehicle body components without damaging mounting holes, preserving fit and reducing leak risk.

A cam-locked modular soft jaw speeds machine-tool setup while keeping workpieces accurately located across tables, fixture plates, and tombstones.

Differential and synchronous gearing keeps two pipe center axes fixed while securely clamping different diameters for symmetrical machining.

Porous epoxy-bonded granular media creates a gritty vacuum fixture surface that holds thin-walled parts securely during machining.

A radially floating locating pin centers vehicle body components repeatedly while minimizing bore damage, dimensional drift, and water ingress.

Automated centering uses a linear-driven positioning element, adjustable magnetic clamping, and roundness detection for repeatable machining alignment.

A spring-loaded slide and roller ball clamp maintains cover-to-rib contact on twisted fan blades despite height variation, improving weld consistency.

Stacked clamping plates fit complex workpiece surfaces to spread force evenly, reducing damage and setup time during machining.

An insert-rotate fastening contour enables fast automated die changes while maintaining high axial holding force and secure overhead use.

Two independent clamping gaps let this vice secure workpieces vertically or horizontally for more stable, ergonomic fastening.