Welding/Cutting Auxillary Devices TRIZ Cases

A laser processing controller adjusts output command timing to synchronize axis movement with the cutting position.

Offset bond connections stack electrical conductors vertically to maximize current capacity within tight automotive footprints.

A manual applicator uses a path guide to position thermoplastic strips for roofing membranes.

Integrated cam grooves merge driving and clamping functions into a single output rod, reducing device complexity and production costs.

Segmented magnetic forces prevent transfer mask warping, ensuring accurate micro-ball positioning and reducing manufacturing defects.

Bluetooth communication replaces cables to reduce system complexity while maintaining reliable operator safety.

A vibration device shakes a metal sheet to separate laser cut work pieces, eliminating manual handling delays.

Position sensors detect pipe joint geometry to guide welding torches, resolving manual arc path errors.

A passive sensing system measures electrical continuity between welding electrodes to detect material presence before applying force.

Adjustable drive rollers use non-conducting ceramic bearings to reduce friction and prevent electrical discharge during wire feeding.

A tube centering device uses a radially adjustable internal mechanism to align pipe interiors before welding.

A contactless measuring device detects surface quality and axial runout in the front welding area of a pressure welding setup.

Induction heating replaces resistance methods to reduce soldering time and improve bond strength on vehicle windows.

Rotating the boom between dual cutting beds allows continuous torch operation while operators unload finished pieces and load new material.

A one-handed wire alignment tool integrates a thumb wheel solder feeder and adjustable clamping jaws for precise positioning.

Adjustable support slides in the cutting gap prevent tilting of small workpiece parts while allowing free fall of cutting slugs through the gap.

A laser feed device adjusts spring stiffness in a suspension system to secure the laser processing unit.

Segmented gas channels protect reactive metals from oxidation during free air ball formation.

A modular cutting table uses a sacrificial grid assembly to support heavy plates while simplifying on-site assembly.

Downward rail engagement shields contact surfaces from debris accumulation, maintaining displacement precision during longitudinal cutting operations.

A rotary changer uses a clutch assembly to isolate gear loads during torch component switching, reducing wear and minimizing equipment size.

Spring-loaded clamps maintain board alignment during reflow soldering, resolving heat flow interference and weak joint issues.

Resistance spot welding joins metal filter nets to base pipes, eliminating leakage holes and improving sand control capacity.

Segmenting the process into pre-buck and main buck units reduces equipment weight while enabling flexible production of five or more vehicle types.

A plasma arc cutting apparatus severs tubular structures using a directed plasma stream and shield gas for rapid operation.

Inertial sensors replace encoder feedback to resolve slippage issues and improve cutting accuracy.

Switching support pins to non-irradiated positions before arrival eliminates selective pull-down delays and reduces laser cutting cycle time.

Displacement sensors measure display panel, window, and resin layers while a pressurizer adjusts force to maintain consistent resin thickness.

Segmented covers with slit-layered flexible members block reflected laser leakage while accommodating varying material thicknesses.

A roof laser brazing system uses a side home position jig and roof-pressing jig to align panels before laser bonding.

Inert gas atmospheres prevent combustion risks while friction welding bonds dissimilar metals, enhancing structural integrity in hazardous storage tanks.

A plasma tool uses wireless inductive power to supply energy without cables.

Segmented workholder standoffs support solar substrates during ultrasonic ribbon bonding, preventing substrate bending and cracking risks.

Product data guides automatic addressing to determine welding coordinates, reducing program development for battery modules.

A die bonder bond collet contacts a textile cleaning surface supplied with agent to remove residues.

A nuclear pipe repair device integrates cutting and buffing mechanisms on a rotating turntable for precise inner surface processing.

A soldering tip attachment sleeve uses a partial circumference collar mount to receive the tip collar directly.

Pulsed laser ablation cuts polymer resin mold compound substrates with narrow kerfs, reducing thermal damage and edge chipping during high-speed singulation.

Split-beam laser scribing patterns a protective mask to expose semiconductor regions for plasma etching, eliminating chipping and cracking from mechanical saws.

A dynamic radiographic inspection system moves a radiation source and detector along tank walls to capture continuous weld images.

A cutting blade with a stepped portion limits penetration depth to protect semiconductor dies during wire bonding operations.

A horn attachment arm uses carbon fiber reinforced plastic flat plates to maintain structural rigidity and minimize weight.

A double-shouldered friction stir welding tool uses concentric rings to compress material and limit sinking depth during the welding process.

Curved filler piece contacts depression bottom to prevent cavity formation during welding.

Shared positioning mechanisms eliminate duplicate systems, reducing complexity while maintaining precision across varying workpiece thicknesses.

A homogenizer with a reflection channel shapes laser beams into a curtain for uniform power density distribution.

A compliant layer distributes clamping force evenly across semiconductor devices, eliminating resonance and preventing lead-frame damage.

Inverting the assembly sequence eliminates height risks and wind interference during critical welding steps.