Welding/Cutting Auxillary Devices TRIZ Cases

Internal reflections in a parallel plate turn laser axis tilt into measurable beam images, enabling quantitative perpendicularity checks.

Time-of-flight welding vision captures 3D seam data despite arc glare, fumes, and spatter, improving robotic tracking and weld quality control.

A removable cable bar shifts between cart sides to keep welding cables organized while preserving access to machines with left- or right-side doors.

Meshing positioning and locking formations let heavy exhaust component carriers enter welding cells quickly while holding parts accurately.

Continuous mechanical guidance with insertion jaws, clamp finger, and locating pin prevents misloaded fasteners during automated securing.

A 360° rotatable plasma torch keeps a constant angle to the kerf, improving cut edge consistency across changing CNC cut directions.

A seeded cryptographic torch handshake lets the power source verify genuine parts, blocking replica torches and hot swapping.

A cantilever welding tab holds laser-cut parts without micro joints, reducing residue, head interference, and post-cut cleanup.

Movable cooling nozzles use forced convection to shape thermal gradients in additive manufacturing, reducing residual stress and refining microstructure.

Segmented angled spacers hold large components at a fixed distance during welding, reducing tooling needs and post-weld machining.

A horizontal extraction bar removes laser fumes without restricting focusing-unit travel, while reducing contamination and fire risk.

Electromagnets, intensifiers, and adjusting pins hold and align welding blanks to eliminate gaps and speed laser welding.

A rotating central workpiece enables coaxial pipe fusion in tight spaces where bilateral rotation is not feasible, while limiting heat-affected zones.

Two lasers split line and rounded-corner cutting, while integrated cooling manages heat to raise throughput without sacrificing edge quality.

Preloaded disk and weld-metal cartridges simplify exothermic weld setup, speed field installation, and keep the seal in place.

A two-dimensional laser weld pattern with intersecting lines strengthens metal joints to resist separation during hot stamping and collision loading.

A roller-guided laser welder moves along the rebar cage inside a steel tube, automating confined-space welding and improving construction efficiency.

Separate vacuum regions in a funnel stabilize a handheld laser on the workpiece, improving handling, beam control, and machining safety.

Adjusting laser beam vibration amplitude to focal position keeps sheet metal kerf width stable while expanding the cutting range.

Localized downdraft modules press PCBs flat on perforated carriers during reflow, improving heating uniformity and solder joint yield.

A rotating support substrate lets debris slide off by gravity, replacing manual stage cleaning and improving cutting yield and automation.

A movable push-out element in the support gap ejects cut plate parts without tilting or catching, improving discharge of thicker workpieces.

An inclined shield redirects outlet gas away from the weld while cooling the sensor housing and blocking radiation heat.

A beam-mounted marking system lays out assembly patterns on a continuous work surface to cut measurement time and improve metal component alignment.

An expanding collar insulates the weld zone and contains the weld pool, protecting internal pipe liners during welded joint assembly.

Pivoting arms and channeled rollers keep flexible tank shells circular and butt joints aligned, reducing manual rework during welding.

A pivoting index bar lets a weld overlay machine move from tank sides to domes without component changes, cutting delay and cost.

Sliding carriage, pivoting hub lifts, and modular adaptors automate axle welding across varying shaft lengths, hub styles, and lug patterns.

A removable roll support plate simplifies ERW pipe squeeze roll changes while cutting size, weight, and lower-roll complexity.

A side-firing cutting head and rotational fixture let a desktop laser cutter process cylindrical workpieces without increasing machine height.

A microcontroller-driven stepper motor and rack-and-pinion welding head improve seam uniformity while staying portable for confined spaces.

Laser ablation creates cavities on a stationary conductive substrate, enabling precise electrodeposition of complex conductive structures.

Cryptographic key exchange locks a welding torch to its power source, blocking non-genuine replacements and hardware duplication.

Continuous pressing and supply replace clamping in laser joining, enabling full-surface welding and stronger metal joints.

Clamped preload and one laser for cutting and welding keep sheet edges aligned, preventing deformation and producing flush butt welds.

Constraining the free edge of overlapping aluminum sheets limits thermal distortion during laser welding and prevents hot cracking without filler wire.

A mechanically switched magnet fixes a torch guide to metal fast, then holds interchangeable shapes steady for accurate oxy-fuel or plasma cuts.

Screw-adjusted housing, removable plate, and leveling cart let the laser beam align precisely with objects of different sizes and shapes.

Girth welding joints before winding and checking each weld by X-ray helps long coiled tubing avoid gaps, leaks, and unreliable test connections.

Dynamic tool radius compensation adjusts laser cutting paths to match non-circular traces, improving machining precision.

Optical beam scanning replaces chuck-table travel to process full workpiece surfaces faster while dual tables support efficient loading and unloading.

Split airflow channels and guiding bumps redirect fan air to hotter inverter sections, improving cooling and extending circuit board life.

Pressure-controlled gas evacuation forms a preliminary joint before laser welding, enabling hermetic cavity sealing without high heat or filler.

Inside-machine cameras track material position so the CNC laser head can realign in real time, improving accuracy and reducing misdirection risk.

Femtosecond laser peening in air replaces liquid setups with a portable head that limits light scatter and removes debris during surface treatment.

Movable plate supports let laser cutting and welding proceed without a backing surface, reducing damage, residues, and operator supervision.

A pivoting plasma torch cuts post-tensioned tendons in seconds, reducing frayed ends and dust versus abrasive saws.

Corner connecting pieces replace welded oblique struts to simplify frame formwork production while maintaining stable high-force transmission.

Angled side-panel sockets keep cables within the arc component footprint, reducing trip hazards while freeing cooling and HMI space.

A gang-driven wheel fixture rotates multiple glasses or mugs in sync, cutting 2D engraving time while keeping tapered surfaces level.