Welding/Cutting Auxillary Devices TRIZ Cases

Temperature-triggered airflow reversal cools heat-sensitive power supply zones only when needed, cutting fan energy use and noise.

Sensors measure wire or profile dimensions so deburring is applied from the larger side, preventing tool damage and residual burrs.

A coaxial visible beam and photoelectric interlock make CO2 laser path debugging safer while improving mirror alignment and engraving accuracy.

A fluid jet cleans and resets the clamping claw sensing element, preventing contamination from blocking accurate sheet positioning.

Using pores as the only suction passages, this chuck table cuts frame weight, polishing difficulty, and moving-unit load for large workpieces.

A flow-type line uses transfer devices and movable robots to cut H-shaped steel welding delays in feeding, clamping, and discharge.

A second contact tip preheats welding wire before arc start, cutting spatter and improving deposition while controlling heat input.

A chain-guided welding head automates circumferential pipe welding on short pipes, improving positioning accuracy and reducing manual weld time.

By preventing zero relative speed between the laser head and belt conveyor, this case avoids conveyor melting during high-density cutting.

Iterative evaluation and sequence updates improve laser cutting layouts, reducing sheet waste while supporting faster throughput and better cut quality.

Water-cooled arc welding controls Zn-Al-Mg plating microstructure to suppress embrittlement cracks while preserving corrosion resistance.

Splitting an undefined laser beam, rotating one component, and recombining both enables defined polarization with minimal energy loss in machining.

Guide portions and a restriction stop align a replaceable laser oscillator with the scanner to prevent contact damage during replacement.

Two-sided tensioning with vacuum chucks and laser joining cuts mask force demand, alignment error, and cost while supporting varied mask shapes.

Inflatable ring supports let one modular friction welding head handle varied workpieces with uniform support, cutting equipment cost and floor space.

Detecting and rotating down cut billet ends before flash welding lets shaving cutters remove excess weld and avoid rolled-product surface defects.

Vision-guided closed-loop positioning aligns elongated elements at the laser focal point, improving weld precision, speed, and operator safety.

A height-tuned plasma protection fixture shields weld plasma from gas disturbance while clearing plume interference for consistent laser penetration.

Multiple angled gas supply holes and a ring flow path even out assist-gas pressure, reducing dross directionality in laser cutting.

Automatic water and antirust dosing keeps cooling water concentration stable for laser heads while removing manual mixing variability.

Continuous compression during DED deposition cuts processing time and improves microstructure uniformity for forge-like cylindrical components.

A ladder-shaped 2D laser weld boosts metal joint strength, preventing separation during hot stamping and collision loading.

By shifting the torch exit point relative to the conveyor gap, this case enables smaller bevel-cut parts without falling through.

Plasma intensity feedback detects poor workpiece absorption and shuts off a handheld laser when reflected infrared radiation creates a safety risk.

Inclined vent openings split cooling gas into targeted streams that lower electrode thermal wear and reduce plasma cutting interruptions.

Frequency-based light sensing detects silent TIG and plasma arcs without false triggering from ambient light, improving eye protection and battery life.

A skirted window-mounted laser uses beam steering to decoate in situ, improving RF transmission while limiting reflections and visible marks.

An indexable traveling mount keeps the friction welding tool attached while positioning multiple fixtures with precise spacing and less setup time.

Infrared laser diodes in a transparent clamping jaw heat metallic intermediate layers directly, speeding uniform pouch cell sealing.

Dual imaging guides laser ablation to remove PCB photoresist residue faster while protecting surrounding elements and improving yield.

A mobile app replaces onboard welding controls, cutting power supply complexity and cost while enabling secure remote parameter setup.

Projection resistance welding with an interlayer joins dissimilar golf club metals while limiting brittle intermetallic compounds.

A control-signal dimming window protects observers during welding yet stays clear between cycles, improving visibility and reducing lighting demand.

Internal threads shield welding debris, while rod-assisted torque and snap-ring retention help adjust and lock heavy workpiece supports securely.

Co-focused overlap of two laser beams improves power and density control in probe pin bonding, cutting defects in miniaturized assemblies.

Localized laser fixing bonds ceramic ink on slab or tile edges, avoiding separate refiring while cutting cost, energy use, and faults.

Automated nut supply, sensing, and robot positioning prevent wrong nut welding and missed welds on vehicle metal parts.

A movable cooling body contacts the oscillator assembly between welds to remove heat quickly without damping ultrasonic vibrations.

Automatic spot and pass calculation based on wafer thickness helps laser groove processing avoid manual errors and wafer damage.

A portable sensor module tracks welding tool orientation and work angle feedback without multiple sensors or lengthy calibration.

A portable sensor module tracks welding tool orientation and tool tip position with minimal calibration to deliver real-time technique feedback.

A suction-based non-contact support under the workpiece removes plate waviness, keeps focal length stable, and avoids scratching soft materials.

A motor-driven rotary table and rotary tap keep the welder stationary while improving circumferential pipe seam consistency and grounding.

A refrigerant-filled counterweight restrains and cools the flange during pipe welding to reduce distortion, rework, and correction cost.

A protrusion-hole interface with surface-of-revolution contact improves mounting alignment accuracy while allowing magnetic detachment during collisions.

Aligned heat shield recesses guide an induction coil along curved weld paths, controlling heat distribution and preventing surface burning.

Rotation-timed laser emission forms non-overlapping modified regions for precise semiconductor edge trimming without cracks or chipping.

Carbon fiber support members with shaped contact edges prevent welding and spatter buildup, extending table life in laser processing.

Edge-position feedback corrects the cutting path in real time, keeping sheet metal contours accurate despite strip width deviations.

A pivoting support with actuators and conforming interfaces positions aircraft sub-assemblies faster, cutting manual installation time.