Welding/Cutting Auxillary Devices TRIZ Cases

A single coupler-based buffer lets a 3D laser machining head retreat from impacts in different directions without heavy, complex protection.

Laser ablation trims curved cover glass sidewalls to remove burrs, keep height uniform, and improve fastening yield in jig-based processing.

Vision-based bow detection shifts the gantry and torch to keep plasma-cut coupling holes aligned on bowed pipes.

An elastic conical insert fastens tool-free in the gas nozzle, improving weld path teaching visibility while reducing torch and workpiece damage.

Compression held through welding and connector installation improves terminal plate sealing, prevents refrigerant leakage, and reduces weld stress.

Cam-actuated spacers set a consistent weld root gap and align base materials, cutting fit-up time and reducing rework from misalignment.

A rounded-rectangle transfer path reorients rear floor panels so wheel housings can be welded upward, reducing slag defects and interference.

A multi-axis displacement table and coordinated robots automate welding of irregular 3D grilles, cutting manual rework, time, and labor.

Automatic slag-cleaning clamping plates and adjustable positioning blocks cut body defects and model changeover time on welding lines.

Integrated rail-frame welding automates pipeline travel and girth rotation to cut manual setup, re-clamping, and quality variation.

A rotating drum turret pre-aligns multiple optical devices to the laser beam axis, improving precision, switch speed, and machine space use.

A segmented enclosure shields only the laser torch head, containing reflections while enabling direct workpiece loading and unloading.

Anti-friction belts moving with the sheet cut rod contact, reducing abrasion, dust buildup, and welding rod wear in tube forming.

A controlled gap between plated metal members lets evaporated gas escape during laser welding, preventing blowholes without embossing.

A plasma-made hole followed by MAG fill enables one-sided spot welding with one electrode, reducing alignment complexity and sensitivity to sheet non-uniformities.

A rotating disc attachment keeps welding or cutting tools on a straight path while deflecting sparks away from the user.

Continuous sheet feeding synchronized with a fixed-focus laser head cuts shaped flat elements faster, with perpendicular cuts and less downtime.

A thin film absorbs stray ultrasonic vibration outside the joint, preventing weld-area erosion and improving connector housing weld quality.

Interchangeable modular plates let one vehicle assembly pallet switch models quickly while preserving locator accuracy and reducing storage space.

A mixed liquid-gas nitrogen cooling path keeps the impeder at constant temperature, avoiding complex water cooling and improving weld quality.

A wire straightener corrects welding wire curl during long stick-out, reducing welded-position deviation without complex control.

Overlapping chuck holes with substrate etching regions shortens laser processing time while maintaining flatness and process reliability.

Partial interface irradiation and preliminary laser exposure reduce transfer stress, preventing cracking, chipping, and misalignment.

Automated cutting, conveying, and laser welding join terminal strips into a continuous feed while keeping terminal pitch accurate.

A head-coupled mobile shield absorbs and cools residual downward laser radiation to protect the machine base during high-power flatbed cutting.

Uniform clamping jaws and a compact fiber laser weld steel radiator half-heads precisely while preventing deformation from uneven pressure and heat.

Laser weakening of PET or PP connecting edges replaces rigid cutters, enabling flexible food container separation with lower maintenance.

Plasma arc welding joins flanges and webs into near-net shape beams, cutting billet waste, machining time, and production lead time.

Real-time battery charge and runtime display, buck conversion, and temperature-based fan control help portable welders avoid power loss.

Sensors and adaptive TIG control keep cathode plate to conductive bar welds linear and defect-resistant despite material differences.

A two-stage laser cutting and trimming process with movable laths and magnetic clamping limits stress deformation in high-strength steel blanks.

Staggered welding cutters and an ultrasonic head stabilize spring-string joining, protect packaging bags, and improve bed mesh output.

Voice commands let jewelers adjust laser power, time, frequency, and diameter without looking away, reducing errors and rework.

Moving shields track conveyor workpieces to contain laser emissions, enabling continuous processing without multiple enclosures or fixed cycle times.

Synchronous control of the machining head and workpiece changer cuts laser system changeover time while avoiding collisions and mechanical stress.

External coolant supply and recovery channels cool the tip body and nozzle while avoiding complex internal cavities and high torch cost.

Minor leaks in welding cap cooling water lines are exposed faster by raising test-section pressure and measuring pressure drop.

Adjustable rack friction with Belleville springs stabilizes pipe welding clamps in vertical positioning, reducing operator effort and slip.

A shoulder flow path circulates cooling medium during friction stir welding to remove heat, prevent adhesion, and preserve weld integrity.

Segmented cell regions and suction grooves capture particles and fumes during laser cutting while vacuum holes hold the substrate in place.

A tray-fed laser cutting line adds staged storage and in-line weighing to cut sheet products faster while reducing floor space and cost.

Real-time IMU tracking and calibration guide handheld welding motion to improve weld quality and reduce operator skill dependence.

Multi-point flexible supports and real-time force adjustment control box-structure welding deformation and avoid post-weld repair.

A compression unit keeps a split sleeve sealed and aligned on operating pipes near connections until definitive welding restores strength.

Thermal imaging measures post-weld emissivity changes on electrode caps to predict wear, avoid premature replacement, and prevent bad welds.

Laser weakening at connecting edges lets PET and PP food containers separate easily without short-life cutters or added maintenance.

Adjustable longitudinal and vertical supports let rotary laser engraving handle varied lengths and irregular shapes with less setup time.

Optical scans and AI adjust each weld pass to handle deformation, assembly error, and parameter interdependence in automated steel welding.

A groove-filled superalloy powder and braze layer repairs superalloy defects at lower heat, preserving substrate strength and toughness.

A telescopic heating and guide-roller layout improves stability near web edges while reducing maintenance in thermal material-web joining.