Robotic finishing automation for appliance hardware
Precision decorative coating for handles, knobs, and sanitary fixtures.
Common painting challenges in appliance hardware
High decorative standards
Gloss, metallic effect, and color consistency demands exceed typical industrial coating requirements.
Complex small parts
Handles, knobs, and fittings require full coverage on all surfaces including recessed areas.
Chrome-plating phase-out
RoHS and REACH driving demand for hexavalent chromium-free coating alternatives.
High SKU count
Many product variants with different finishes require fast changeover and recipe management.
Chemical resistance
Bathroom and kitchen environments require moisture, chemical, and wear-resistant finishes.
Recommended system architecture for appliance hardware
Precision Spray Guns
Fine-atomization spray guns for consistent decorative finishes on small, complex-shaped parts.
Multi-Part Fixtures
Custom batch fixtures holding multiple parts per cycle for high-throughput processing.
Climate-Controlled Booth
Temperature and humidity controlled environments for consistent metallic and decorative finishes.
Color Change System
Fast color change with minimal flush volume for high-SKU production flexibility.
Part Identification
Barcode, RFID, or vision-based part identification for automatic recipe selection.
Typical production configuration
| Parameter | Specification |
|---|---|
| Parts/hour | 100–500 |
| Paint type | Chrome-effect lacquers, metallic basecoats, clearcoats, epoxy primers |
| Finish requirement | Decorative / chrome-alternative / chemical-resistant |
| Automation level | Robotic with batch fixtures and recipe management |
| Line integration | Batch processing or conveyor-integrated |
Investment & ROI reference
Project references in appliance hardware
Door handles (zamak)
Bathroom faucets
Cabinet pulls (stainless)
Start feasibility assessment
Choose your preferred way to begin the engineering review process.
Project delivery process
Requirement Analysis
Technical assessment of parts, volumes, and finish specifications.
Concept Design
System architecture, robot selection, and layout planning.
Detail Engineering
3D modeling, electrical design, and process simulation.
Manufacturing
Booth fabrication, system assembly, and component integration.
Factory Testing
Full system commissioning and quality validation at our facility.
Installation & Deploy
On-site installation, integration with your production line.
Training & Handover
Operator training, documentation, and ongoing support.