This company develops autonomous finishing solutions that use vision systems for precision processing and inspection in manufacturing environments. Their adaptive automation handles part variation to meet tight tolerances in high-volume production. The platform offers rapid part changeover and delivers measurable ROI through labor savings and increased throughput.
Funding
Funding not disclosed
Founders
Product
Problem
High-mix manufacturing environments struggle with the labor-intensive and time-consuming nature of grinding and visual inspection for a wide variety of unique parts. Traditional automation requires extensive reprogramming for each new part, leading to significant downtime and increased operational costs.
Solution
Pivot Robotics offers an AI-powered robotic system designed for high-mix manufacturing, automating the grinding and visual inspection of diverse components. The system utilizes advanced computer vision to scan and identify deviations from CAD models and specified tolerances, precisely locating imperfections like burrs and flash. Its adaptable grinding arm automatically adjusts to each part's unique geometry and surface conditions, executing optimal grinding paths without manual intervention. This rapid part onboarding capability, reducing setup time from weeks to hours, allows manufacturers to quickly integrate new part types into production. Furthermore, the platform collects detailed quality data, providing actionable process analytics to enhance manufacturing efficiency and quality control.
Target Audience
The primary customers are manufacturers in high-mix production environments, particularly those in industries such as aerospace, automotive, and general industrial manufacturing, who require flexible and efficient automated finishing solutions.
Features
- AI-driven vision system for precise identification of burrs, flash, gates, and other imperfections based on CAD models and tolerances.
- Adaptable robotic grinding arm that dynamically adjusts grinding paths for unique part geometries and surface variations.
- Automated part scanning and inspection, eliminating the need for manual quality checks.
- Rapid part onboarding process, reducing new part introduction time to hours through CAD model integration.
- Onboard data collection and analytics for tracking quality trends, identifying upstream process issues, and informing predictive maintenance.
- Millimeter-precision grinding and inspection capabilities.