EMMA Intelligence provides an AI‑driven surface finishing system that automatically adjusts sanding parameters in real time to deliver consistent, high‑quality finishes without any programming or scanning setup. The plug‑and‑play solution integrates into existing production lines, works safely alongside human operators, and can increase sanding throughput up to five times while reducing ergonomic injury risk.
Funding
Funding not disclosed
Founders
Product
Problem
Manual sanding processes are labor‑intensive, slow, and expose workers to ergonomic hazards such as high grip force, vibration, and repetitive stress, while traditional automation solutions require extensive programming, scanning setup, and costly facility modifications.
Solution
EMMA Intelligence offers an AI‑driven surface finishing system that autonomously adjusts sanding parameters in real time to deliver consistent, high‑quality finishes without any programming or scanning. The platform learns the geometry and material characteristics of each workpiece, identifies obstacles, and optimizes speed and pressure to improve throughput up to five times faster than manual methods. Its plug‑and‑play design integrates into existing production lines without requiring permanent modifications, allowing it to operate safely alongside human operators. By eliminating manual sanding, EMMA reduces ergonomic injury risk and labor costs while enhancing finish quality across diverse parts and environments.
Target Audience
Primary customers are manufacturers in aerospace, automotive, and heavy‑industry sectors that require high‑precision surface finishing on complex parts, as well as contract shops seeking to improve productivity and worker safety.
Features
- AI engine that continuously learns and adapts sanding parameters to each part and material
- Real‑time obstacle detection and automatic adjustment to avoid collisions
- No programming or scanning setup required; system reacts instantly to new workpieces
- Plug‑and‑play integration with existing facilities, no structural modifications needed
- Safe collaborative operation alongside human workers without part locking
- Up to 5× increase in sanding throughput while maintaining superior finish quality
- Ergonomic risk mitigation by removing high‑force, vibration‑induced manual sanding