Shaping Tools TRIZ Cases

Controlling cross-section perimeter change in a tubular flanged member prevents wall thinning and enables lower-cost spot welding.

Alternating Cr-based nitride and V-Mo/W nitride layers cut arc-plating droplets while improving mold sliding, adhesion, and wear durability.

Die pockets aligned to weld nuggets prevent die cracking and avoid longer quench times while preserving full martensitic forming.

Real-time thermal imaging guides individually controlled nozzles to cool die hot spots, cut spray use, and extend die life.

A servomotor shifts press die position between cycles to offset thermal expansion and maintain workpiece quality without stopping production.

Segmented protrusion and recessed regions in a single steel sheet raise bending strength and collision safety without sacrificing design freedom.

Independent retention of the target and adjacent bending tools prevents oil-bonded dragging, stabilizing automatic tool exchange without tool side post-processing.

A rotatable multi-radius abutment lets a portable rebar bender match bar diameter and bend angle while keeping curvature within safe limits.

Rotatable abutment surfaces let one portable electric rebar bender handle different diameters, bend radii, and bend angles with precise control.

Opening and closing transport arms with different hook lengths stabilize varied hot workpieces for faster transfer with less heat loss.

A split base body with detachable tool supports cuts cassette manufacturing cost and weight while making punching tool maintenance easier.

Magnetic fasteners and alignment guides let conversion presses swap can-end cartridges quickly, cutting downtime and labor.

Spring-elastic tool mounting compensates press distortion to maintain full-surface contact, improve quenching consistency, and shorten cooling time.

Atomized lubricant carried by pressurized gas coats cylinder sleeves and seals, preventing oil buildup and dry cycling in manifold-mounted gas cylinders.

Separate production spaces, deposit buffers, and manipulator transfer units add intermediate steps without slowing maintenance or line throughput.

A tapered, flanged securing pin enables automated hot-part loading and unloading while improving positioning consistency and reducing press stress.

A two-stage bore-expansion drawing process uses tapered tools to suppress wrinkles and cracks while preserving yield and rolling fatigue.

A spring-driven rotary abrasive punch forms and polishes metal sheet holes in one step to reduce sheared-edge cracks and improve fatigue strength.

Calculating accumulated punch and die blade wear from clearance data replaces visual checks and hit counts for more consistent sheet metal quality.

Electric current through lubricant and ultrasonic die vibration tune deep drawing friction to cut jams, product damage, and die cleaning.

Controlled in-die quenching and stepped aging improve strength and dimensional accuracy in large thin-walled aircraft aluminum parts.

A movable greasing unit applies grease evenly to tool holder sliding contact parts, reducing wear, application variation, and manual work.

Preforming tool surfaces introduce torsion offsets so sizing can neutralize springback and torsion in ultra-high-strength sheet metal parts.

Interlocking die teeth and protrusions form a corrugated crown closure skirt that improves sealing, pressure resistance, and capping flexibility.

Resistance monitoring between heating electrodes detects surface damage early and warns operators before pipe heating defects occur.

Oxygen-rich preheating, cooling, and intermediate holding cut diffusible hydrogen below 0.35 ppm while preserving weldable press-hardening coatings.

Integrated pre-cooling and forming of Al-Si coated UHSS blanks enables austenization, controlled quenching, and shorter cycle time.

A tapered one-piece pilot assembly improves stock centering in metal forming dies while cutting machining complexity, installation time, and cost.

Thermal expansion displacement replaces noisy voltage and current sensing, enabling precise resistance heating control of metal materials.

Internal cooling circuits and finned passageways control die temperature during gas turbine component forming, reducing thermal stress.

Independent long- and short-axis punch drives trim rectangular containers with less mechanism complexity, reduced burrs, and lower deformation.

Cement-fiber composite molds replace costly steel tooling to cut waste and energy use while maintaining strength for structural composite forming.

Magnetic coupling lets a durable punch body accept interchangeable tips, cutting tool-change time and reducing replacement cost in bending.

Universal interchangeable dies form and compact composite stringers in multiple profiles while cutting die-change time, labor, and tooling cost.

Uniform edge thickness in a foil stamping die keeps foil within embossed pattern boundaries, improving alignment and interior trim appearance.

Real-time electrical characteristic monitoring detects the austenite change point to control metal heating accurately and cut power use and electrode wear.

A sliding pivot pin joint replaces threaded fittings in panel straightening tools, cutting setup time and avoiding thread damage under high pull forces.

Regional die temperature control keeps non-quenching zones above martensite start temperature to limit heat-shrinkage warpage after forming.

A threaded stop and anti-rotation feature limit punch travel after sharpening, preserving thread engagement and preventing tool collisions.

Diversion-hole die geometry and controlled heating reduce asymmetric deformation, improving wall thickness and surface quality in hot-extruded square pipe.

A grinding wheel built into the reciprocating trim die removes the shear affected zone, preventing edge cracking in formed sheet metal.

A two-stage intermediate shape controls elongation to form small-radius ridgelines while suppressing cracks and surface distortion.

Ribs and segmented cavities lighten the upper press die while preserving rigidity for high-rate molding and accurate pressing.

A two-stage tapered bore-expansion drawing process suppresses wrinkles and cracks while improving yield and rolling fatigue.

Exchangeable 3D-printed forming components cut stretch block lead times and cost while preserving a reusable universal mounting base.

Integrated rollers let heavy bending tools slide into position without loading clamping beams, preventing deformation and keeping shaping uniform.

Three-direction die load sensing enables real-time clearance correction between die and blank holder for more stable press forming.

Intersecting spray-hole axes make fluid jets collide beyond the wall, producing finer droplets and wider or focused spray patterns.

A hydraulically extendable tool surface improves wheel rim forming accuracy for contours parallel to the press axis and offsets thickness variation.

A support-base groove keeps the refrigerant passage at a constant distance from the molding face to cool curved or stepped parts uniformly.