Shaping Tools TRIZ Cases

A radial press uses penetrating yokes and external drive units to compress workpieces with high precision.

Segmented spring retainers eliminate custom machining labor by standardizing die assembly through universal mounting units.

An automatic loading unit with a multi-station magazine moves bending pin supporting bars coaxially to the machine axis.

A segmented tool mold shapes metallic hollow members at elevated temperatures while maintaining structural integrity outside the forming zone.

Segmented wiper tips prevent crinkling while thicker bases resist wear, reducing replacement frequency.

Segmented multi-unit device automates angled cutting to resolve precision versus complexity trade-offs.

Curved transition surfaces in the redraw sleeve prevent material distortion and tearing of thin metal sheets during can production.

Vacuum generators pull air through passages to maintain low pressure, holding the aluminum sheet against a back plate and preventing edge wrinkling.

A forming tool bearing allows thermal expansion of mold bodies during heating to maintain isothermal conditions.

Adjustable prismatic guides eliminate tensile forces from screws, reducing wear and maintaining stability across temperature changes.

A manipulator arm pivots on a backgauge unit to handle bending tools across the press beam.

Laser sintering produces tailored cooling channels in hot stamping tools to resolve the trade-off between geometric complexity and homogeneous cooling.

A multi-wall metal roll forming assembly applies equal compression force through independent drive mechanisms to shape steel tubes.

Local heating during cutting improves edge hardness and surface quality, reducing crash energy absorption needs while lowering production costs.

A stent crimping tool insert core body withstands compressive force without diameter reduction.

Microstructured surfaces on bending tools reduce springback deformation by controlling friction and stress distribution during sheet metal stamping.

A forming tool uses segmented floating bearings to accommodate thermal expansion while maintaining precise die and punch alignment.

A roller hemming device uses a locking mechanism to select and fix specific lower dies for precise workpiece processing.

A punch press setup information generating device compares tool numbers and processing conditions to select compatible punches and dies.

Electrical current pulses applied through electrodes reduce residual stress and shape deviation in formed components.

A modular tip tool guide apparatus guides shot peening heads along nozzle stubs inside nuclear steam generators.

Thermal treatment creates varied strength zones in the bumper beam, resolving uniform microstructure deformation issues.

Elastic guide plate mounts on stamping columns to enable wobbling movement, compensating for off-center forces and asymmetric loading.

Male and female die projections fit into recesses to eliminate axial variability and improve diametric dimension repeatability.

A bending press system uses integrated clamping means to deform pipe ends, enabling quick formability through localized plastic deformation.

Color-coded LED switches and ID readers guide manual tool exchange on a rotatable buffer turret, reducing operator selection errors.

A localized torsional severe plastic deformation method applies uniform strain to conical tube metals using roughened mold regions.

Angled grooves formed via spin milling increase surface roughness to improve ball grip while maintaining strict manufacturing tolerances.

A shearing punch features a retracting surface to reduce friction during high-tension steel processing.

Segmented die casting inserts with cooling channels reduce downtime and costs by enabling targeted replacement of worn components.

Integrated transfer mechanisms minimize tool trajectories to reduce change times while maintaining full side access for continuous production.

Polyetheramine and polyalkylene glycol form an aqueous lubricant for metal machining.

An apparatus with reflective interior surfaces minimizes thermal radiation loss, maintaining workpiece temperature within narrow tolerances.

Cam wedges convert hydraulic pressure into mechanical advantage for holding force, reducing press size requirements.

A manual clamshell mold tool shapes pipe ends using interchangeable die assemblies and magnetic fastening.

Synchronized heating reduces forming forces on high-strength materials by increasing local plasticity without backing plates.

A precision blanking press frame uses hydraulic pre-loading pistons to compress the core member and eliminate axial play in threaded connections.

Multi-level racks with dedicated tool holders resolve the trade-off between high packing density and automated accessibility for bending tools.

An auxiliary joining part pierces organic sheet composites and drives washer material into structural undercuts to form a stable mechanical joint.

Selective cooling regions in the tool reduce energy consumption and extend service life while enabling distinct material properties.

A spin forming device uses a receiving jig with thermal insulation to block heat transfer from the heated plate.

A voltage signal adaptor converts control and sensor signals between machine press and manufacturing die interfaces.

A steam cushion reduces friction between the blank and forming die, eliminating lubricants and the subsequent washing step.

Movable shaft portions extend to support heavy molds for easy extraction, then retract to eliminate interference during normal press operation.

A propeller repair apparatus uses a movable frame to position an actuator for precise blade bending.

A heated formed article enters separated die sets to produce regions with varying tensile strength and elongation through controlled cooling rates.

A photonic device mounts on an optical bench base using precise grooves and reflective surfaces to establish stable optical alignment.

Segmented electrode movement establishes precise thermal gradients in plate workpieces, eliminating butt-welding steps required for tailored blanks.

Segmented slotted susceptors maintain dimensional control during induction forming by managing magnetic field interaction at the Curie point.