Spray Booths TRIZ Cases

Dual air handling separates booth ventilation from sealed-area extraction to capture overspray, dust, and repair debris more effectively.

Dual air handling and a movable extraction tool capture overspray and dust at the source, keeping collision repair booths cleaner and compliant.

AI-driven workpiece inspection links sensor data and control feedback to detect systematic production errors and trigger defect correction.

AI combines workpiece and facility parameters into workpiece-specific data sets to detect systematic production faults and trigger process correction.

Flexible guided cover parts seal the machining chamber yet open for large workpieces, while tensioning and deflection control prevent rolling and debris damage.

Adjustable interference-fit pins secure large parts through existing holes, enabling full surface treatment and rotation without masking or re-mounting.

Adjustable pins secure large parts through hole interference fits, enabling full surface treatment without masking or re-mounting.

A modular spindle and tray line combines painting, printing, and laser engraving to cut handling damage and preserve graphic adhesion.

Dew point feedback humidifies incoming air in a coating chamber to prevent water-based paint drying and viscosity rise.

A shared spindle line links painting and decoration to cut handling damage, improve pattern adhesion, and protect article finishes.

A spindle-based transfer line combines painting and graphic decoration to cut handling damage, logistics, and pattern adhesion problems.

A modular coating cell base body integrates extraction and blow-off to keep robot powder coating clean, flexible, and less wasteful.

Protective covers confine paint to the phone case white printing area, improving pattern fidelity and reducing cleaning from overspray.

A sealed discharge station aligns with moving spray tools to speed product changes, cut downtime, and support flexible paint booth operation.

Mobile multi-gun coating tracks wheel rims during conveying, raising throughput while preserving coating quality and reducing booth space.

Movable gun systems coat multiple rim regions while the conveyor runs continuously, raising throughput without expanding booth space.

Vertically varied wall slots create uniform airflow in tall coating booths, improving powder removal and supporting robotic coating with faster color changes.

Distinct-radius elliptical arcs shorten the non-operational spray path, helping the leather booth save factory space while maintaining uniform coating.

The case measures paint residue in a collected rinsing mixture optically, enabling real-time coating-system rinsing assessment.

A modular base body separates transport from the coating space while supporting robots, suction, blow-off, and powder recovery.

Positioning the exhaust orifice above the roof junction prevents contaminated air from re-entering the portable paint booth.

A vertical coating line uses a movable surface to support elongated profiles during horizontal-to-vertical transitions.

Segmenting the painting plant into self-contained modules reduces installation effort and logistical costs while maintaining process isolation.

Pivoting vertical partitions separate automatic and manual spraying zones, reducing booth bulk while maintaining operator protection.

Turbulence reactor freezes spray mist into sleet particles, enabling quantitative paint recovery without altering composition.

Dual spray applicators mounted on a manipulator coat workpieces from opposite directions, increasing throughput while reducing installation space.

Segmented suction channels isolate manual coating stations from booth extraction, eliminating cleaning time when switching between different color shades.

Perforated bottom tubing creates a pneumatic seal against ship hulls, capturing 95% of overspray without heavy rigid enclosures.

A reusable protector uses individually separable sheets secured by adhesive fixing elements to mask surfaces during painting operations.

Integrated air handling unit produces distinct temperature levels for spray and baking modes, resolving the trade-off between versatility and device complexity.

Lateral wet scrubbers capture overspray in a shallow under section, reducing installation costs and energy consumption.

Arcuate suction means match the rotating spray trajectory to extract fumes directly at the working zone, reducing material waste and rebound effects.

Modular aluminum poles support a disposable liner that contains overspray, reducing setup time while filtering airborne particulates.

Segmented assembly of equipped chassis and superstructure modules reduces manufacturing time while managing production line complexity.

A flexible sealing band seals rail openings during nozzle displacement, maintaining pressure differentials between the paint chamber and machine room.

Robotic assembly of the two-part mast resolves ergonomic loading constraints while increasing production capacity.

A powder coating booth features a retractable roof with compressed air nozzles for automated wall cleaning.