Welding/Cutting Auxillary Devices TRIZ Cases

Interlocking plate edges replace tack-welds to hold alignment, cut polishing time, and improve full-penetration weld quality.

Sharp protrusions around fastener holes pierce powder coating during assembly to create clean electrical continuity without masking or grinding.

A threaded stud and lock nut replace complex expansion parts, letting a welding clamp rotate freely and lock securely on tables of varying thickness.

Moving workpieces stay in motion while synchronized nozzles apply flux, heat, and solder, boosting throughput and reducing machine complexity.

Spring-retained cart clips align and lock a welding power source in place, preventing shift or drop while easing movement over obstructions.

Parallel laser cells with multi-axis robots cut large vehicle side panels faster while reducing floor space and maintaining precision.

Glass-fibre resin slats for laser, plasma, and flame cutting tables reduce effluent sintering, cleaning frequency, and replacement downtime.

Pressing the nut into close contact before opposite-side laser welding reduces thermal gaps and weld defects, improving joint strength.

Local cooling of the galvo head and beam dump limits thermal drift, stabilizing laser power and micrometer engraving accuracy.

Targeting the deck plate-U-rib contact point with a laser removes bead and deck growth cracks without lifting the paved steel floor slab.

Laser bonding with filler wire limits segregation at the joint, preserving hardness and strength in aluminum-coated blanks after hot stamping.

A compact pipe-mounted bur tool removes excess weld material with controlled depth, delivering uniform flow surfaces in cramped shipboard repairs.

Dual cameras and a light blocking cartridge preserve weld visibility during arc glare, giving workers a clearer same-position view of the welding site.

Manual preset locking plus actuator-driven arm travel lets one welding boom position a welding gun precisely across different tank sizes.

Focused laser scanning plus ultrasonic vibration splits ingots with far less kerf and polishing loss, increasing wafer yield from each ingot.

Laser engraving replaces self-adhesive connector labels to prevent peeling and smearing while improving scan clarity and labeling precision.

Oblique multi-beam laser shaping creates an interlocking glass-metal weld that boosts bond strength without adhesives.

Built-in sandwich-panel channels route process gases through the laser module frame, reducing hose clutter while improving airflow and stability.

In-place imaging on a suction machining table removes transfer to a separate inspection plate, simplifying equipment and improving throughput.

Alternating laser groups keep pole sheet slotting continuous while limiting galvanometer and field lens overheating that degrades quality.

A semi-oval seating groove and pressing blocks align the refrigerant pipe and charging port to eliminate gaps and prevent laser welding defects.

Air blower and valve control around the suction port maintains fume capture during moving-stage laser cutting and helps prevent clogging.

A pivoting internal welding head aligns to mismatched tube end planes and circularity defects to keep coaxiality and weld bead quality.

Bridge-linked discoid test cuts let beam tools determine reference focus position automatically, improving setup precision and repeatability.

Sensor checks on shield wear and filter lens position unlock the welding machine only under safe conditions, reducing eye and face injury risk.

Vacuum suction and an adjustable platform stabilize flexible sheets so opposing edges can be cut and strip-processed with high parallelism.

By offsetting the imaging axis inside the laser head, this case expands the machining view through protective glass without added housing complexity.

A thermal device that moves with the clamping unit keeps distance to the workpiece stable, improving heat transfer consistency and join quality.

An angled support channel shifts welding tool load into the palm to reduce hand, wrist, and forearm fatigue during prolonged welding.

Angled anvil bearing surfaces create restoring forces that prevent carrier movement and maintain stable ultrasonic welding in compact setups.

Using blue laser absorption and beam-clearing gas, this case stabilizes copper foil welding and avoids spatter, porosity, and erratic welds.

Interleaved liquid and gas ports in a plasma torch inner cap cut coolant driving force and eliminate dead spots for even consumable cooling.

Internal cavities and lower-conductivity inner walls help a weld collet hold copper workpieces securely while limiting heat loss during welding.

A rotating single-plane straightener aligns with wire payoff direction to reduce drag and shavings when straightening helix-shaped bulk wire.

When multiple mounting devices need members, board conveyance status guides refill priority to cut waiting time and production interruptions.

Localized induction-heated thermal masses join heat exchanger plates faster than furnace brazing while reducing energy use and deformation.

Focusing laser energy on the glass tube wall separates hollow glass bodies while limiting inside diameter reduction and reject rates.

Pre-stored waveform tables let AC submerged arc welding hold target effective current while EP and EN parameters are adjusted.

Welded and sealed titanium strips are pressure-expanded into channels, enabling lighter heat exchangers with fuel-cell cooling performance.

A double-walled hood with cavity-mounted laser sensors cuts enclosure weight and complexity while maintaining fiber laser protection.

Laser alignment through light-transmittance plates replaces steel wire checks to improve cylinder concentricity measurement and reduce welding defects.

Central control circuitry reconciles local and remote commands in engine-driven power systems, synchronizing displays to prevent conflicts.

Automatically setting sensing positions within workpiece error ranges cuts robot teaching workload while preserving sensing accuracy.

A flexible guide rail lets a mini welding robot reach arc-shaped blind areas, automate groove tracking, and improve weld quality.

A turnout-guided longitudinal conveyor adds a second discharge path for cut bars or tubes, speeding unloading and reducing manual handling.

Strategic ceramic liner segmentation and joint placement reduce plasma torch cracking, ease replacement, and extend service life.

Adjustable support arms and a rotating punching head let one manual station punch and ultrasonically weld multiple bumper models with less space and maintenance.

Push-up force from the pallet helps edge clamps break stronger welds, enabling reliable workpiece separation after laser processing.

A refractory tool uses friction heat and axial pressure to diffusion-bond similar or dissimilar workpieces with stronger joints and fewer microstructure defects.

Appearance inspection data guides robot repair welding to correct weld bead defects accurately despite positional errors and thick beads.