Welding/Cutting Auxillary Devices TRIZ Cases

Real-time image feature extraction guides torch angle and groove position, helping welders achieve more consistent weld quality.

Segmented rotating pressing arms apply uniform compression to battery trays during friction stir welding, limiting deformation and improving profile tolerance.

A segmented laser casing enables maintenance access without disassembly while keeping the beam confined to protect nearby personnel.

Continuous rotation and temperature sensing lets a PLC adjust torch heat during circular welding to prevent overheating and out-of-spec parts.

Machine vision guides a carriage-mounted welder to detect pre-marked beam sites and automate stud placement, cutting labor, injuries, and delays.

Internal coolant channels and conductive weld head materials dissipate heat, enabling repeated high-amperage orbital welding without damage.

Laser ablation removes built-up paint overspray from skids without high-pressure water, cutting waste, energy use, and manual exposure.

Axial riblets inside a laser cutting nozzle reduce gas turbulence, improve laminar flow, and cut roughness and burrs at lower pressure.

A conical mirror and integrated holding-centering device enable adjustable circumferential laser welding of rotationally symmetrical workpieces.

A two-stage joining process spot welds two members first, then uses friction stir welding to form a stronger three-member joint.

Offset laser brazing with local chilling joins vanadium membranes to metal connectors without microstructure damage or hydrogen seal failure.

AI arc detection dims only the welding arc in the display, preserving surrounding visibility and reducing eye fatigue during continuous welding.

Tessellated 3D surfaces and dynamic focusing let one laser process object batches faster while maintaining beam incidence and energy density.

Conductivity sensing and mixed-bed deionization keep welding torch coolant low in ions, reducing corrosion, clogging, and maintenance.

A time-delay relay and magnetic switch cut welding power during idle periods, reducing wasted energy while preserving automatic restart.

A rotary indexing table with parallel blade supply and welding stations boosts razor cutting unit capacity while reducing maintenance downtime.

Modular cutting, beveling, handling, and welding automate complex pipe spool production while improving material tracking and reducing manual labor.

A laser targets welded joints to remove defective cell masks precisely, improving OLED mask repair consistency and panel quality.

Local gas pressure and a movable welding head improve LED chip parallelism and pad contact, helping raise display welding yield.

Multiple radial receiving positions feed longitudinal wires at once, speeding basket welding machine setup with one axial insertion step.

Controller-guided laser power, beam wobble, and wire preheating help new users achieve better weld quality with integrated laser protection.

A pressing member and stopper surface secure the laser cartridge and optical component without screws, avoiding dust and heat damage.

A rotating torch and flange clamp enable consistent circumferential welds on off-center flanges without spinning the tube.

A track-driven low-profile pipe cutter clears adjacent obstructions while holding a square, continuous cut line for pipe welding preparation.

An angled shelf, quick tank restraint, and telescoping cable boom improve access while reducing trip hazards and tank handling effort.

Resilient scraper plates move across laser cutter slats to clear slugs automatically, cutting downtime and reducing wear on cleaning parts.

Adjustable beam intensity at multiple optical planes improves laser processing precision and throughput across different workpieces.

A protruding filler spacer closes the weld gap, preserving metal thickness and joining strength with a difficult-to-weld interlayer.

Movable welding tip arrays and dust extraction adapt one tooling setup to different battery specifications while improving welding quality.

Removing coating from the bonding zone and tuning martensite-forming filler chemistry helps hot-stamped joints resist hardness loss and segregation.

A translatable rotating sleeve opens inspection access, supplies power internally, and supports simultaneous handling and assembly of multiple components.

A compact shuttle-based web handling layout maintains tension for thin flexible workpieces while isolating roll motion that can disturb laser beam position.

Beam oscillation widens kerf only around protrusions and recesses, preventing cut sheet metal parts from catching during conveyance.

Wavefront feedback through the condensing lens and concave mirror adjusts SLM phase patterns to keep laser processing spots consistent.

A shared drive and dual connecting rods move the welding head and base together for stable alignment, faster positioning, and lower shaping damage risk.

Assignable soft keys on a touchscreen let welders adjust many arc parameters quickly and reliably while wearing work gloves.

A segmented laser head with separate emission and alignment tools cuts moving mass, improves calibration, and reaches complex surfaces faster.

A conical deflector concentrates and directs shielding airflow to clear weld plumes, stabilize laser energy input, and improve weld quality.

Two-step IMU and magnetometer calibration tracks welding tool orientation on straight joints of any slope and improves real-time technique feedback.

A high-power laser cuts through damaged well casing and borehole material to form channels for reliable rock-to-rock plugging in harsh subsea sites.

A high-melting-point scraper removes weld beads while molten, cutting cycle time, preventing adhesion, and enabling rearward chip recovery.

A pivoting internal welding head aligns to inclined tube ends to maintain centering, weld trajectory, and complete sealed tube joints.

Refrigerant flow paths inside the shaft and holder cool the conversion element to limit thermal lensing, focal drift, and optical axis shift.

A fixed base frame stays attached through cutting and automatic welding, enabling larger one-sided metal sheet repairs with fewer defects.

Separate gas-flow openings and cooling channels target hot electrode regions, reducing wear and extending plasma torch cutting life.

Laser shearing and welding on one moveable fixture align door ring blanks precisely, avoiding gap buildup, repositioning errors, and extra cycle time.

A polygon torch weaving path enables single-electrode fillet welding to maintain leg length while preventing poor penetration, undercut, and overlap.

A perforated metal cutting belt scatters laser energy and supports airflow to cut graphic sheets cleanly without surface burn-through or residue.

Adjustable handle positions let work equipment wrap and secure cables, reducing trip hazards while improving leverage, movement, and storage.

Returning-beam observation and beam-condenser adjustment keep the laser focus aligned with the workpiece despite heat-induced distortion.