Shaping Tools TRIZ Cases

A spring-preloaded PCB guide absorbs blank impacts and adapts to width variation to prevent misalignment, tool damage, and scrap.

Torque-based ATC pulling closes minute gaps between divided press brake tools, preventing bending scratches and improving alignment.

Internal coolant passages in the die pack mounting door remove hose fittings and alignment steps, improving bodymaker access and maintenance.

Continuous stroke-by-stroke temperature profiling extracts oscillation amplitude to assess wedge drive wear without costly force sensors.

Strain-sensed torsion-rod actuation keeps the clamp ring and dome die aligned despite wear, improving can bottom repeatability.

Using dissimilar tool members as a thermocouple, this case enables real-time workpiece temperature measurement during forming.

Controlled Ra and Rpk on a crystalline-carbon hard film prevent plate adhesion and keep incremental formed metal surfaces smooth.

A lower cooling die reservoir boosts hot-press cooling while avoiding groove transfer that can degrade formed surface accuracy.

A hold-down member contains heating light at the joining point, cutting clinching cycle time and avoiding bulky laser protection housing.

A die-mounted applicator meters thermo-chromatic ink during stamping so heat-treated aluminum panels can be identified without added power or control systems.

Heated clamping and internal pressure form precise brazed ducts in stacked plates for EV battery heat transfer and overheating control.

An acidic aqueous polymer-wax coating combines conversion treatment and lubrication to cut cold-forming steps, friction, and rinsing.

Edge trimming before or during hot forming cuts soft steel instead of hardened parts, reducing tool wear while keeping tight component tolerances.

By merging the cradle and support arms into one body, this mounting assembly cuts installation time and avoids alignment-related damage.

Planned excess material at sheet metal preform edges enables calibration after cutting, limiting springback effects and reducing trimming waste.

Combined bending and cutting edges let one sheet-processing tool handle angled bends and cuts without tool changes, reducing scratches and jamming.

Pre-hardening a selected soft-zone portion during hot press cooling suppresses phase-change warpage while preserving strength and extensibility.

A strain map guides non-uniform lubrication on sheet metal blanks to cut lubricant use, prevent sticking, and improve stamping flow.

Protruding tabs and rear connecting members create a stable guide reference for the upper tool holder, reducing side misalignment during bending.

A pivot latch lets worn punch tips be swapped by hand, cutting metalworking downtime while preserving alignment, strength, and tool life.

A dowel-based orientation element aligns the punch recess with the spring-loaded ball, ensuring secure seating even in noisy environments.

Embossed indicia added during cold forming reveal tool misalignment while preserving sheet traceability and reducing separate inspection steps.

A spring-biased, bearing-supported contact tip stays aligned with the workpiece in double-sided incremental forming, reducing friction and damage.

Modular forming roller cassettes and an externally accessible drive cut turret roll former changeover time without disassembly.

Localized induction heating with air-knife-guided cooling forms large metal parts faster while controlling shrinkage and complex shape accuracy.

Short heat holding in the die relaxes residual stress after springback, cutting shape stabilization time for high-strength press-formed parts.

A low-viscosity oil separation layer on bending and cutting tools prevents cold welds and flakes, reducing wear and rework.

A porous Al-Fe plated layer improves paint adhesion and post-painting corrosion resistance in hot press formed steel sheets.

Compliant spacer elements guide plate positioning during hot forming, improving channel precision and soldered heat exchanger plate quality.

Torque-guided ATC placement closes gaps between split press brake tools, improving alignment and helping prevent bending scratches.

Separate bending of thickened and non-thickened patchwork blank regions prevents stress concentration and joint cracking in press-molded parts.

Localized vacuum nozzles, induction beams, and a charge wall contain oil mist in open blank oiling while cutting voltage, oil use, and chamber size.

A dual-side release button retracts the die pin in one push, simplifying die changes while keeping crimping and cutting tool dies secure.

A hard die layer and zinc oxide outer surface cut aluminum adhesion and friction in hot press forming, reducing wear and surface defects.

Virtual tool-length extension lets the NC controller detect overlap with added press brake tools and stop bending before part or tool damage.

An offset, rotatable deformation head avoids collisions near tube bends, enabling automated end machining of complex curved tubes.

A staged flange-forming process uses corner unwinding to bend sheet metal past 90° while protecting Class A vehicle panel surfaces.

Controlled micro-pores in an alloy-plated hot press formed member trap hydrogen, limiting permeation into steel and reducing embrittlement.

Curved and flat dies re-contour a distorted turbine shroud hot gas path surface to prevent rubbing, restore clearance, and extend life.

Multiple die cavities let one heated metal blank form and quench into different parts in a single press cycle, cutting labor and molding time.

Passive compensation blocks with a floating mass, damper, and elastic elements suppress crossbar vibration for precise workpiece transfer.

Automated CAD rule checks flag die and dieboard manufacturing issues early, suggest fixes, and shorten packaging design iterations.

A holder set with side cutters and spring-guided axial motion keeps a narrow trim gap, improving cut finish while preventing scoring and debris.

Smooth embossed support sections around battery cover fastener holes block moisture ingress and corrosion while preserving EMC and fire protection.

Hard 3D-printed die projections form wear-resistant convex surfaces while improving cooling flow and reducing clogging in hot press forming.

An oblique forced-guide surface and adjustable guide part set wedge-drive play without replacing worn guide elements, cutting cost and complexity.

Individually adjustable punch elements let a press brake bend non-uniform thickness workpieces with uniform curvature without manual shims.

Selective heating before bending lets cast aluminum edges be flanged or hemmed with tighter radii, cutting fasteners, machining, weight, and leak risk.

An integrated guide pin, hardened cap, and external spring reduce shearing, setup effort, and die component count in metal forming.

A controlled oxide layer on Fe-rich aluminum plating limits moisture reaction and hydrogen uptake in hot press steel sheets.