Welding/Cutting Auxillary Devices TRIZ Cases

Adjustable gripping stations and rotating clamps align collar components on an elongate member for precise welding across varying connection sizes.

An insulating center support sleeve shifts rail-joint impact loads away from the bond line to reduce epoxy peeling and preserve electrical isolation.

A rotary pressing member clamps fitting elements without parts matching, improving workpiece positioning and blocking debris buildup.

A ring-mounted friction stir welder improves mobile pipe joining by resisting wind and gravity effects while enabling precise force and temperature control.

A dual-orifice venturi and air breather check valve draw back residual coolant after shutoff, preventing discharge and maintenance delays.

Matching fixture-table holes and a rotating slot let this square lock workpieces in place during welding to prevent heat-driven misalignment.

A vacuum-tight or inert-gas jig with a silicon dioxide window enables clean laser welding of oversized heat dissipation units.

A movable collector separates cut pieces from swarf and skeleton inside the cutting area, reducing machine size and protecting part quality.

Mirrors and optical path length adjustment keep the full weld circumference in focus with one camera, reducing setup complexity and rearrangement.

Integrated temperature and travel feedback lets a moving induction heating head track weld paths and adjust power without transformers.

By measuring the absorbing mold part before welding, laser energy can be tuned to material variation, preventing overheating and weak seams.

Pre-tested modular equipment pallets enable plug-and-play vehicle line setup, cutting installation and model changeover time.

Separate cutting and welding carriages shorten metal strip joining cycles, reduce repositioning tolerances, and limit the need for strip accumulation.

A split transport layout and stationary guide rail let clamping frames switch between standby and working positions with high accuracy and less downtime.

By carrying data through the weld cable, a voltage-sensing wire feeder can access weld procedure memories without extra communication cables.

Offset fluid fittings and parallel conduits narrow a liquid-cooled plasma arc torch for tight-space cutting while preserving cooling flow.

Rotating the laser optics while adjusting steel plate roll tilt keeps focal distance stable, improving groove uniformity and iron loss reduction.

A movable collection surface shifts under the cutting plane to catch detached coil-cut parts while swarf falls separately, reducing damage and machine size.

Concentric spherical bearing surfaces let a workpiece holder self-align for plane-parallel ultrasonic welding with less alignment complexity.

Spring-loaded inner rollers and driven outer rollers let a pipe chamfering machine self-move on large pipes while keeping chamfer angles consistent.

Movable laser scanning modules travel with the working head to keep tube cross-section imaging aligned for precise laser cutting.

Clamping grooves, bolts, and torsion springs keep sheet metal fixing frames aligned, strong, and easy to disassemble.

Electromagnetic shaping flattens molten weld beads during welding to prevent humping, improve toe angles, and avoid post-weld machining.

LED indicators on the welding torch show schedule and parameter values at the operator's hand without changing the existing connector.

Short-pulse laser ablation cuts hard ceramic material quickly from 3D CAD/CAM data while avoiding deformation, property changes, and rough surfaces.

A robot-mounted beam emitter relays laser energy to a second tool, avoiding fiber limits while enabling faster repositioning and stable beam quality.

A movable U-folded plate and brushes deform and hold the sheet metal strip to block laser beam escape at the chamber exit.

A movable recoater and laminar gasflow keep large-format powder layers uniform, improving surface finish and reducing build defects.

Adjustable contact jaws, pressure rollers, and strip guides let one cladding head handle different strip widths with less downtime and wear.

An expandable internal anvil enables friction stir welding of heat-exchanger tube ends, cutting defects, labor, and corrosion risk.

A powered drive replaces manual mold clamping in exothermic welding to speed repetitive welds and maintain consistent closing force.

A segmented enclosure around only the laser torch head blocks reflected light while cutting machine volume, cost, and loading time.

A foldable welding fixture aligns RV frame members with guide surfaces, cutting storage space, easing handling, and reducing warping.

A modular support and clamping assembly positions multiple rod-shaped workpieces accurately for wire EDM or laser cutting while limiting fixation damage.

Stacked cast billets are plasma cleaned, vacuum electron beam welded, and 3D forged to remove interface defects and improve forging uniformity.

Piezoelectric resin droplet ejection forms durable braille dots with fewer steps and less operator training than raster or photopolymer methods.

A conical adapter and shoulder cap adjust the annular gap in an FSW tool to limit material ingress, irregular welds, and tool wear.

A beam-blocking jig and detector use the brazing laser to verify wire position automatically without melting the wire or stopping production.

Lock-in amplification and a test signal isolate true leakage current from high-frequency noise in welding power supplies for reliable ground fault protection.

Mirrors and optical path adjustment let one camera keep full-circumference welds in focus across different part sizes with less setup.

An air spring lifts and decouples the cutting pallet to block machining-head vibrations, improving contour accuracy at higher cutting speeds.

Localized laser heating fuses transparent substrates at room temperature, preserving optical clarity while tolerating particles and thermal mismatch.

Blue laser welding improves copper power absorption, avoiding unstable keyholes, spatter, and porosity in thin foils and thicker joints.

Separate cooling chambers, baffling, and fans manage heat while preserving electrical isolation in compact welding power sources.

Welded cap-channel deck seams seal deck sheets to girders in internal floating roofs, cutting liquid and vapor leakage from storage tanks.

Gas passages between brazed hollow pipes enable uniform heating, stronger joints, and stable metal sandwich plates at high temperature.