See
real-world robotic automation
powered by Michelo AI proven on actual production floors.
Apply Michelo AI features to dramatically shorten automation deployment time!
Painting (Powder / Liquid)
Complex paint processes now handled swiftly by robots.
With Michelo AI motion tracking and vision,
capture artisan know-how and keep demanding paint quality consistent.
Field Challenge 1
Skilled workforce
shortages
Harsh conditions drive experts away, causing labor gaps and quality drift.
Solution 1
Michelo AI encodes expert craft directly into robotic automation.
Field Challenge 2
Existing automation’s
unstable QC
On moving conveyors, real-time tracking and pose correction are hard—QC suffers.
Solution 2
Vision cameras track targets and correct robot pose in real time to ensure consistent QC.
Field Challenge 3
Frequent
reprogramming
Frequent design changes force constant reteaching.
Solution 3
Michelo AI simplifies teaching for high-mix/low-volume and complex curved geometries.
Motion-tracking method
Replicates human motion for quick one-shot teaching.
Frequent programming
Ideal for lines with frequent program changes.
Simplified robot teaching
Fast, intuitive teaching for any shape without lengthy steps.
Applications
Automotive parts (doors, fenders) liquid painting
Home appliances (fridge, washer covers) powder coating
Steel pipe and frame painting processes
Release-agent coating processes
Sand Blasting
Automate hazardous environments and complex workpieces.
With Michelo AI vision recognition and auto-pathing,
achieve efficiency and safety in abrasive/decontamination tasks.
Field Challenge 1
High-risk tasks
and skilled labor shortages
Few experts can perform precision work in inaccessible, high-risk areas.
Solution 1
Michelo AI automates target operations in hazardous zones.
Field Challenge 2
Existing automation’s
unstable QC
Corrosion/contamination varies by area, defeating one-size automation.
Solution 2
Michelo AI detects contamination by zone to maintain stable abrasive quality.
Field Challenge 3
Frequent
reprogramming
Different geometries make teaching slow and costly.
Solution 3
Using vision and motion-tracking, Michelo AI automates diverse structures with ease.
Programming automation
3D vision AI recognizes parts and auto-teaches robot paths.
Risk reduction
Deployed for hazardous processes and varied part shapes.
Applications
Nuclear decommissioning
Contaminated waste decontamination (water-jet, dry-ice blasting)
Chemical & refining plants
Decontamination of piping/tank exteriors (sand/grit blasting)
Shipbuilding & heavy industries
Corrosion prevention for pipes and ship metal facilities (shot/sand blasting)
Precision metal processing
Metal etching and cleaning (dry-ice/micro blasting)
Sanding
Robots now replicate an expert’s sanding touch.
With precise motion learning and auto-path generation,
vision-guided control ensures consistent quality on complex curves.
Field Challenge 1
Workforce
shortages
Demanding manual work and health risks limit skilled staffing.
Solution 1
Michelo AI automates sanding in place of experts.
Field Challenge 2
Existing automation’s
unstable QC
Varying surface states hinder consistent sanding intensity and QC.
Solution 2
Michelo AI adjusts sanding by angle/curvature/height and pairs it with inspection for stable QC.
Field Challenge 3
Frequent
reprogramming
Programming anew for every workpiece is burdensome.
Solution 3
Auto-path plus motion tracking delivers easy, fast automation.
3D camera utilization
Auto-generate paths and run QC with 3D cameras.
Consistency
Vision recognition guarantees consistent quality control.
