Welding/Cutting Auxillary Devices TRIZ Cases

Carbon fiber leaf springs with 45° fiber orientation and clamp reinforcement reduce bending stress and extend sonotrode service life.

A segmented enclosure with brush-covered openings contains laser light around the torch head while enabling direct workpiece loading without pallet shuttles.

Orbital arc welding joins inner and outer pipes to fittings in double-wall tubes, replacing brazing to eliminate leakage risk and X-ray inspection.

Pressure and proximity sensing let the controller fire the handheld welding laser only when the torch is pressed against the workpiece.

Two independently controlled tables share one exposure unit to cut alignment idle time and raise precision in plate workpiece processing.

A second airflow channel stabilizes the stud flange during pneumatic feeding, keeping studs centered and preventing oblique ejection.

Dynamic beam steering and annular focus adjustment let this optical processing setup accurately machine and measure concave, intricate surfaces.

Rear-side illumination creates a light-dark contour image through the transparent part, improving seam detection and laser welding accuracy.

Localized CFRP reinforcement at the leaf spring clamping point reduces bending stress and prevents cracks under long-term ultrasonic loading.

Angular reference marks and orbital radius checks score tube-end fit before welding, reducing rework, misalignment, and on-site intervention.

Multiple wire guide channels and a diverter let welding robots switch filler wires quickly while maintaining reliable feed and current delivery.

A retractable locating recess aligns anchor rods on the welding axis, enabling portable automated welds with faster, more consistent results.

A rotating tapered fixture supports angled laser cleaving of large glass rods and end caps while minimizing surface undulations, back reflections, and aberrations.

Magnets and adjustable feet hold and align hinge parts during welding while adapting to different diameters and frame-to-leaf gaps.

A porous suction chuck with adjustable pressure zones holds different SiC ingot sizes during ultrasonic water-assisted wafer peeling.

Integrated drives and standardized fastening regions let work modules be swapped quickly, cutting setup time while keeping workpieces stable.

A stepper-driven wheel fixture synchronizes incremental rotation and height leveling across multiple mugs for precise 2D laser engraving.

Emission sensing and closed-loop stud motion control replace visual checks and manual tuning to produce more consistent welding joints.

Parallel laser beam vibration widens the kerf in thick stainless steel cutting, improving molten metal discharge and cut surface quality.

Motor-driven laser head positioning and computer vision improve crop treatment precision while reducing chemical waste and labor.

RFID tags, hubs, and gateways track welding asset movement, direction, and authorized removal to cut search time and losses.

Dual coils with different spacing let one inductive sensor handle welding on/off switching and output control while resisting common-mode errors.

A protrusion-based clamp deflects stacked battery foils against the tab to remove gaps, improve heat uniformity, and prevent weak or burned welds.

A dual-stencil layout feeds brazing material through skirt-side exits to print plate elevations, port areas, and circumferential skirts in one step.

Pivoting lever arms and cam surfaces keep brazed components in contact through thermal expansion, preventing joint gaps in furnace processing.

Using 450 nm blue laser energy with clearing gas, this case improves copper foil weld absorption while avoiding spatter, oxidation, and unstable joints.

Rolling surfaces and inclined rotary tools clear metallic waste from bench plates while preserving planarity and reducing tooth wear.

A movable cleaning device shifts from a clear waiting position to a precise cleaning position, improving surface prep without blocking joining.

A stationary laser head and rototranslational product motion keep the beam perpendicular, simplifying equipment and enabling multi-product welding.

Laser melting and resolidification repair wafer grinding damage, improve planarity, and avoid dust or liquid treatment.

Central control circuitry prioritizes remote and local welding commands, synchronizes displays, and prevents control conflicts.

A rotating central workpiece enables hot fusion of pipe segments in tight spaces, maintaining bond quality without rotating both sections.

Internal anvils and shape-holder frames stabilize thin hollow metal parts during friction welding to preserve shape and weld consistency.

Real-time displacement feedback adjusts clamping force and laser output during resin welding to limit burrs, cracks, and poor melting.

A rotating condenser lens forms internal modified layers in hard ingots, cutting wafer waste and processing time for SiC and GaN.

Camera-fed screens on the laser machine guard replace direct viewing, preserving work-area visibility while isolating operators from laser radiation.

Curved beam-scanning paths heat sheet metal areas quickly while reducing scanner strain, process errors, and damage risk.

A coated metal adapter insulates the rotary worktable from the reducer, avoiding large resin rings and lowering manufacturing cost.

A pulley-guided rail and retractable focusing member improve laser movement accuracy, machining precision, and focusing convenience.

Integrated lifting, overturning, and self-positioning locking improves rail sidewall profile assembly accuracy and weld consistency.

A rotatable collar flange fixture improves beam mount positioning and two-sided welding access, reducing tolerance-driven assembly deviation.

Symmetric elastic supports enable fluxless vacuum brazing of stacked cooling panels, preventing deformation, peeling, and coolant conductivity issues.

A monitor synchronized with conveyor sequence shows workpiece images and job data at the sorting station to cut errors from overlap and poor lighting.

Adjustable optics reshape laser intensity at the pupil and image planes, improving processing precision and efficiency on moving workpieces.

Assist gas drives molten zinc onto laser-cut steel edges, preserving cut-surface coverage and delaying rust even on complex curves.

Beam vibration and calculated nozzle sizing cut thicker sheet metal with less assist gas while maintaining cut quality.

A rotating multi-beam laser replaces wafer grinding to keep thickness uniform while avoiding arcuate marks and flexural strength loss.

User-configurable ports and removable bushings let one exothermic mold fit different cable counts and diameters while preserving weld quality.

A transmission-inhibition liquid beneath the workpiece absorbs reflected laser light, simplifying shielding while also cooling the cut area.

Rotating trays and antenna arrays let multiple vaporizer cartridges be dual-side laser etched while matching NFC data to the correct cartridge.