Welding/Cutting Auxillary Devices TRIZ Cases

Precise steel plate positioning and laser-room control form stable grooves that cut iron loss while limiting spatters and coating damage.

Controlled suction and air injection capture cutting particles at the source, keeping display panels and equipment cleaner.

A C-shaped overlapping beam path widens the kerf and reduces dross adhesion, improving cut surface quality in stainless steel sheet metal.

Hydraulic clamps and a tilting carriage beam secure pressure-vessel workpieces at welding angles, reducing ladder work and rigging time.

Synchronization signals let one welding unit ignore corrupted readings during current changes, keeping multi-device welding stable.

A welding shield adds adaptive light and audio warnings so nearby people can detect active welding and avoid unsafe approach.

A two-layer access scheme deters welding equipment theft while limiting operators to welding functions and reserving diagnostics for supervisors.

Real-time weld pool sensing adjusts current and wire feed to keep weld width on target and help unskilled welders produce consistent welds.

A 1 μm fiber laser and assist gas drive molten zinc onto the cut edge, improving rust protection on complex Zn-plated steel cuts.

A 180° rotating welding assembly replaces gantry-crane handling to weld H beams with less floor space, noise, and maintenance.

Active cooling or heating of the joining tool between ultrasonic welds keeps temperature stable and connection quality consistent.

An expandable collar sleeve shields internal pipe liners from welding heat and molten metal while maintaining corrosion-resistant liner continuity.

By combining clamping, support, and blank collection in one adjustable fixture, this case cuts positioning and handling time in board cutting.

Dynamic jig positioning and monitored pressing force stabilize can body butt welding, preventing deformation and improving weld accuracy.

Isolating the exothermic mixture from aluminum filler concentrates heat in the mold and avoids fragile, corrosion-prone weld joints.

Directional light and reflected-image capture reveal metal plate shape during forming, enabling real-time bending adjustment before welding.

Fixed-angle, sealed CNC optics prevent laser beam misalignment from shipping, assembly, and use, improving safety and beam consistency.

A rotatable jig with arcuate elbow supports and chuck rods secures angled pipe joints for full weld access in field welding.

A movable press-out element and lowering support carriages eject cut parts through a narrow gap without tilting or catching in thick workpieces.

Pulsed laser grooves create a rough metal surface so one source can structure and weld polymer parts with stronger tensile and shear bonds.

A pressure block, pipe wrap, and alignment guide hold two pipes in position with a consistent weld gap for faster, stronger welds.

Adjustable suction opening width and position help a workpiece support remove machining emissions efficiently under changing thermal machining conditions.

An enclosed laser chamber burns adhesive and lifts cracked mobile glass safely, cutting repair time and easing updates for new models.

Temperature-controlled laminar gas flow clears ablation debris while limiting turbulence and thermal deformation in laser machining.

Dynamic hold-position control offsets tool arc motion during friction stir welding to keep weld depth constant and improve thin dissimilar-metal joints.

Sensor-guided gantry arms automate welding and localized heat treatment on conveyed parts, cutting handling damage, time, and energy use.

Laser heating removes welded defective cell masks from an opening sheet, enabling precise repair and steadier OLED element production.

Integrated suction holes and vacuum fixation paths collect cutting particles and fumes during laser processing, keeping the work table cleaner.

A mobile convection section with manifold heating and thermal barriers cuts welding power use and speeds pressure vessel cooling.

A clamped tool pre-tensions stator ferrule flanges during blade welding to offset shrinkage, limiting deformation and post-weld machining.

Multiple swirl-ring openings and seals split radial and axial plasma gas paths, keeping torches compact across different current ranges.

A three-branch parallel mechanism raises rigidity and welding precision for large annular seams under high forging forces.

A double-pierce lead-in guides slag puddle formation away from cutting paths, reducing scrap and enabling tighter nesting on thick workpieces.

Covered recesses between support projections capture slag and beam paths, reducing workpiece adhesion and underside reflection during thermal cutting.

Active heating or cooling between successive ultrasonic joining operations stabilizes tool temperature and keeps connection quality consistent.

Adhesive bonding plus welded projections joins a thin plate to a steel frame with lower stress concentration and higher joint strength.

Root and toe protrusions shift stress away from groove weld roots and toes, improving fatigue life under cyclic and bending loads.

Mandrel forming on a single hollow shaft creates dual racks with accurate angular offset while avoiding joining steps and excess weight.

Access cutouts and angled alignment surfaces hold workpieces securely while keeping weld joints reachable in complex assemblies.

Interchangeable docking plates let one base frame position different vehicle parts precisely while cutting changeover time and storage needs.

Relief cuts between grouped sheet parts limit heat conduction and stress propagation, improving cutting quality and process reliability.

A mirror in the clamp redirects the laser around fastening elements, preventing shadowing and preserving a continuous weld seam.

Segmented execution plans with predefined safe pausing points let cloud-controlled laser CNC jobs resume over unstable networks with minimal workpiece defects.

Optical pinless bonding aligns flexible laminated circuit boards with cameras, vacuum plates, and multi-axis motion to cut errors, waste, and fixture cost.

Process radiation gradients during pulse pauses reveal spontaneous material removal, enabling laser parameter control to protect hole quality and machines.

Air blowing and roll position control keep laser-grooved electrical steel clean, stabilizing magnetic domain refinement at high processing speed.

Two-stage laser irradiation enlarges the back-side nugget in thin plate welds, raising joint strength while limiting resin heat damage.

A rotating three-station fixture automates manifold tube brazing with synchronized loading, heating, and cooling for consistent joint quality.

Specific on-torch inputs select exact welding schedules through the existing connector, reducing setting errors and operator interruption.

Interchangeable docking plates with zero-point clamping cut vehicle line changeover time while keeping part receptacles accurately positioned.