Shaping Tools TRIZ Cases

Modular upper and lower hot box sections with clamping, locating, heating, and cooling connections cut press maintenance downtime and part scrap.

A movable lock and clamped fastener let seaming means be swapped quickly, cutting can sealer standstill during tool changes.

A separate locking connection and angled clamping force secure processing tools while cutting machine tool loading and unloading time.

Machined, heat-treated score blades with uniform cross-sections improve coating adhesion, reduce wear, and keep can-end score lines consistent.

A tapered rod wiper and snap-fit cap keep contaminants out of guide pin apertures, reducing reciprocating member damage and die maintenance.

Integrated edge cutting before hardening improves hot-formed component precision while reducing tool wear, micro-cracks, and extra finishing steps.

Sensors and actuators automatically reset punch and die height for different sheet thicknesses, avoiding tooling changeovers and shutdowns.

Balanced C, Cr, V, and N levels help mold steel keep high hardness, thermal conductivity, and toughness while limiting coarse carbides.

An independent locking connection and oblique clamping force speed machining tool changes while keeping fastening precise and secure.

A separated slack zone and contact zones let press forming create sharp ridge lines while preventing die scratches and boundary wrinkles.

Plastic deformation with a punch and die forms micron-scale surface protrusions that raise workpiece yield strength without high energy use or ductility loss.

A porous Al-alloy plated layer on hot-press steel improves paint adhesion while maintaining post-painting corrosion resistance.

A hydraulic lift-and-roller fixture lets the pressure block/clamp assembly slide out of the stretcher housing for quicker repair and replacement.

A roller kiln plus local diode laser heating cuts energy use and cycle time while enabling complex stamped parts with tailored properties.

A cryogenic temperature gradient in the die cavity improves aluminum sheet formability, limits cracking, and keeps wall thickness more uniform.

A heated stylus applies local resistance or induction heat to form composites and strong metals while limiting fiber misalignment and cracking.

A toothed wheel and quick-connect coupling let paintless dent repair tips swap and reposition quickly, reducing effort while protecting paint.

Interchangeable base bodies and inserts cut bending tool cost and changeover time while preserving precise wire and tube bending.

An AGV sensor trolley measures heat below the leveling zone, enabling automatic control of welding leveling temperature and time.

A slidable die holder uses guide contact with the blanking punch to self-center the punch hole and prevent off-axis failures during continuous operation.

A modular inclined interface with opposing actuators lets press tools shift for accurate alignment and quick removal during metal bending.

A shared stocker stores punches, dies, and robot hands together to cut press brake changeover time and save installation space.

An island-shaped Al-Fe-Si plated layer helps hot-stamped steel resist hydrogen embrittlement, corrosion, and weld cracking.

Edge slits in a deep-drawing sheet blank redistribute current and remove excess heat, shortening resistance heating time and improving temperature uniformity.

Localized induction bars and charge walls control oil coverage in open-chamber blank oiling while cutting mist, oil waste, and vacuum complexity.

A tapered threaded fastener replaces separate dowels and screws to align and clamp punch press plates with faster tool changes.

Nanosecond laser interference forms fine periodic grooves on smooth diamond surfaces, enabling wide-area structural color with lower equipment complexity.

An oxide layer on Al-Si plated hot press steel blocks moisture-driven hydrogen uptake, reducing delayed fracture risk.

An intermediate wedge drives flexible gripper wings inward to lock tools concentrically and simplify punch press die plate alignment.

Instantaneous impact loading forms precise local features on thin-walled curved metal parts while reducing springback, thinning, and die complexity.

An overlapping gear layout and self-fed bearing oil supply simplify can body maker assembly while extending bearing life and cutting power use.

Synchronized orbital and rotary tool motion enables single-pass cold profiling near shoulders while improving surface finish and flexibility.

A single measurement step captures punch length and die height, cutting setup time and improving alignment for stamping and forming tools.

Opposed-flow mixing and a side delivery port help switch from mixture to air without residual liquid carryover or post-stop dripping.

An oxygen-free heating and cooling path lets uncoated steel plates be press hardened without scale, coatings, or hydrogen embrittlement.

Nebulized lubrication and a containment frame cut punch soiling, reduce cleaning time, and avoid water washing in flat plate punching.

Charged lubricant droplets and an external electric field improve sheet metal lubrication control, cutting overspray, waste, and blank sticking.

A preassembled modular processing cell uses a movable wall and factory calibration to cut installation time while keeping loading access secure.

Circulating air inside a press-hardening tool enables region-specific cooling of profiled parts, producing tailored strength and ductility.

Local heating below and above 720°C plus carbon partitioning creates hard and soft zones in stamped steel, improving elongation beyond 15%.

A fiber-reinforced plastic drawing die cuts tool weight while preserving strength for sheet-metal depression repair with less fatigue and damage.

Independently driven modular tools reconfigure web processing faster while cutting load peaks, wear, maintenance, and product-change downtime.

Movable centering fingers align metal blanks on support rollers to keep the applied temperature profile consistent through heating or cooling.

Flexible rolled steel enables a one-piece press-hardened door ring with local thickness and strength control, cutting joins and sheet waste.

A movable bearing surface lets the lower bending edge project for overbending, pivoting bends, and incremental sheet forming with larger radii.

Pre-aligned toolpack and domer modules with quick-release fixings cut can diameter changeover time while maintaining precise alignment.

A robot gripper arm swaps bending dies and guiding nozzles automatically, cutting retooling downtime, setup errors, and operator risk.

Controlled compression of hat-section vertical walls cuts springback warping while avoiding buckling in flange-free press-formed parts.

A robot gripper automates bending die and guide nozzle changes to cut downtime, avoid misassembly, and improve wire bending flexibility.

A gap and through-hole in the flange let trapped liquid drain from the pipe interior, reducing rust and preserving pipe integrity.