Welding/Cutting Auxillary Devices TRIZ Cases

Vacuum chuck posts and a particle vacuum line keep the substrate supported during laser dicing while limiting debris redeposition and holder damage.

A guide device controls how laser-cut parts and hollow cutouts fall onto a conveyor, reducing scattering, impact damage, and downtime.

Actuated rollers force tank shells into a circular shape and align butt joints, cutting fabrication time and improving weld accuracy.

Real-time temperature and axial force sensing synchronizes the welding shoe and pin to weld bent structures without holes.

A removable battery pack, buck conversion, fan control, and lockout improve portable welder runtime, safety, and wireless usability.

Retractable jaws center and align tubes before full clamping, preventing blocking and handling varying cross-sections such as elliptical tubes.

A table-mounted retractable welding curtain blocks arc flash while freeing floor space and preserving airflow and fume extraction.

Software-coordinated height and oscillation motion adjusts welding torch work angle without tilting hardware, reducing size and reliability issues.

LED feedback and trigger-based inputs let welders select schedules on the torch without changing connector structure or walking to the power source.

Radially movable clamping tools add inward axial force to hold bent tubes more stably and improve laser cutting accuracy.

A slide and downstream gripper coordinate push-pull transfer of flanges and web to enable continuous beam welding with accurate alignment.

A single positioning mechanism keeps battery posture fixed across loading, welding, and unloading, enabling continuous spin welding and higher throughput.

Spring-assisted tracks and damping ease welding face cover movement, reducing neck strain while maintaining a secure closed fit.

A vacuum-held nozzle guides and homogenizes the laser beam to avoid glass contamination, uneven heating, and substrate damage during bonding.

Rotating an angled glass body during laser cleaving evens beam exposure, preventing surface undulations and optical back reflections.

A two-stage solid-state and laser welding sequence improves inductor coil alignment, joint strength, and production stability.

A movable ultrasonic weld head uses controlled force and vibration to join varied workpieces with higher flexibility and production efficiency.

A removable tool mount lets one self-propelled welding carriage switch between welding, processing, and inspection with lower replacement effort.

Spring-assisted tracks and damping springs ease welding helmet face cover motion, reducing neck strain while enabling smooth soft close.

Stepped chromium weld layers ease composition mismatch between dissimilar metals, limiting carbon diffusion and preserving joint strength.

Liquid cooling stabilizes hollow substrate temperature during plasma-arc cladding, enabling faster deposition with fewer cracks and oxidation.

Radial vanes and divided suction channels create uniform airflow across the workpiece, clearing laser debris in real time for cleaner, more precise removal.

A pressure-controlled chamber evacuates cavity gas before planar surfaces are laser welded, enabling hermetic sealing with lower heat and stress.

A lift-synchronized ultrasonic welding station cuts cycle time by pre-energizing the horn and monitoring weld parameters to flag defects.

A conductive bearing with graphite plugs and a thermally conductive housing carries welding current while reducing heat-driven wear and maintenance.

Multiple laser stations and robots cut large vehicle panels in parallel to reduce cutting time, floor space, and manual handling.

Vertical magazine levels and coordinated transport let body-part stations swap clamping carriers and handle more variants without a larger footprint.

Tracks operator and tool position to identify the active job and part, then delivers correct welding instructions without manual input.

Cutting plans map contamination across a thermal cutting support grid so cleaning targets only dirty regions, reducing downtime and wasted effort.

Orbital tube-end measurements generate angular compatibility scores before welding, reducing alignment corrections, delays, and weld defects.

A reusable clamping rod with gripping jaws secures large pipe ends for transport and welding while reducing tack weld load and setup time.

Adjustable coupling elements align long, width-variable soldering rails to maintain parallel PCB transport and prevent bending under heat.

A holding member and biasing member keep workpiece vibration below horn amplitude, raising weld heat while preventing metal plate breakage.

Time-gap and speed-based position correction lets sequential laser processing stay accurate even when conveyed objects move at different velocities.

Adjusting laser intensity distribution at different focal planes improves workpiece processing precision and efficiency while managing control complexity.

Lateral spot lighting and a telecentric lens capture dim welding sputters and keep magnification stable for accurate size measurement.

Edge clamps and a pallet-reaction push-up unit separate laser-cut workpieces reliably even when welded to their supports.

By tracking expert weld tool position and orientation, the system creates reusable instructions that cut manual setup time and errors.

Execution plan segments with predefined safe pause points let cloud-controlled CNC laser fabrication continue accurately over lossy networks.

A rotatable column with V-shaped supports and a movable platform combines annular seam inspection and postweld heat treatment in one setup.

A scissor-lift welding cart raises the welder for ergonomic access while integrated storage and a single-cord power box cut setup trips.

Captured end-part images let laser welding conditions adapt to coil position variation, improving weld accuracy without precise alignment.

XYZ measurement guides femtosecond laser machining of hard micro-parts, improving shape precision and throughput across large batches.

Stored loading and calibration values plus position sensing reduce manual setup in orbital welding while supporting maintenance planning.

Repeated internal cooling after each weld limits thermal distortion in curved hollow frame structures and preserves geometrical accuracy.

Real-time battery monitoring, optical isolation, and short-circuit protection make this portable spot welder safer, smaller, and more versatile.

Multiple pawls and a sliding sleeve give a laser nozzle holder direct-force locking for fast engagement, precise alignment, and reliable release.

A movable dividing wall lets laser machine workspaces switch between separated safe operation and larger part handling with controlled door access.

End-part images guide laser path and welding conditions, allowing accurate segment coil joining despite position offsets and easier setup.