Our Products

Business Model​

We provide three core solutions: spray robots, custom automated coating lines, and shared spray booths. As your one-stop coating partner, our 1.6m–3.8m robots serve automotive, rail, metal casting, motor, enclosure and furniture coating.

Our patented BBR wrist delivers singularity-free front spraying. Integrated vision, auto path planning and follow-up teaching enable touch-free operation, flexible spraying and fast setup.

Programming Technology

Visual Auto Path Planning
Visual Auto Path Planning
Servo Follow-up Teaching
Servo Follow-up Teaching
Visual Positioning Correction
Visual Positioning Correction
Offline Programming
Offline Programming

Application

Complex Contours: Recesses, gaps and wheel arches cause uneven coverage; manual touch-up leads to visible color difference.

Strict Appearance Rules: Zero tolerance for sagging, pinholes and orange peel; precise film thickness decides finish quality and corrosion resistance.

High-Speed Production: Fast line cycles need efficient spraying; fumes require mist collection, VOC treatment and explosion-proof design.

Batch Consistency: Spray angle variations cause inconsistent shades and rejected bodies.

Rough Substrates: Sand inclusions, pores and uneven surfaces cause poor adhesion; sharp edges easily get missed spots and thin film.

Anti-Corrosion Demand: Cast parts need thick anti-corrosion coatings; manual spraying causes uneven thickness, sagging and early rust.

Small-Batch Production: Diverse casting shapes slow manual teaching; frequent changeover extends downtime and cuts efficiency.

Harsh Environment: Foundry dust and residue clog equipment; high IP protection raises long-term operation difficulty.

Large Workpieces: Long carbody surfaces and hidden welds exceed standard robot reach; uneven film appears at far ends and corners.

Weather Resistance: Coatings must withstand UV, salt spray and sand; poor adhesion causes high rework cost and short service life.

Batch Uniformity: Long carbodies easily show cross-section color difference; even gloss and thickness are required for whole-vehicle finish.

Safety Rules: Solvent fumes need explosion-proof design; overspray collection and VOC treatment are mandatory.

Precision Coatings: Insulation and heat-dissipation coatings need strict thickness control; pinholes or thin spots cause dielectric failure or overheating.

Small Feature Coverage: Slots, laminations and corners are hard to cover; uneven coating harms insulation and heat dissipation performance.

Continuous Operation: High-speed lines need stable 24/7 running; manual spraying cannot keep takt time and causes inconsistent quality.

Material Compatibility: Different motor materials have varied curing requirements; over-spray on mating surfaces affects assembly precision.

Spray Dead Zones: Welds, mounting holes and folded edges form dead zones; missed spots and thin edges lead to early structural rust.

Dual Performance: Coatings need anti-corrosion protection and decorative finish; sagging or orange peel directly harms visual quality.

Flexible Production: Diverse cabinet sizes need frequent program changes; manual teaching takes long time and cuts production efficiency.

Surface Uniformity: Flat surfaces easily show thickness differences; consistent gloss and color are required for branded products.

ABOUT

Chiehey Robot

Chiehey Robot is an innovative enterprise focused on R&D, manufacturing and application of intelligent painting robots. We pioneered the “AI + Painting Robots + Painting Processes” technology roadmap in China, with proprietary flexible painting systems for seamless “hand-eye-brain” collaborative operation.

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Exhibition Invitation

Discover our high-precision robotic spraying solutions and explore flexible partnership models designed to scale your production.