No CAD Required
Vision system scans the actual part geometry in seconds. AI generates the optimal toolpath and executes autonomously.
Adaptive finishing for cast iron components with 1mm precision tolerance. Proven in production foundries.
Our grinding system handles the entire finishing process autonomously, from part scanning to final tolerance achievement. It's built for the harsh realities of foundry environments: dust, heat, and part variation.
Vision system scans the actual part geometry in seconds. AI generates the optimal toolpath and executes autonomously.
Adaptive force control compensates for part-to-part variation and material inconsistencies without reprogramming.
Cast iron grinding with 1mm tolerance. Tool wear compensation maintains precision throughout operation.
How It Works
Advanced 3D vision captures the actual geometry in seconds, no CAD model required. Works with castings and other complex surfaces.
Software pinpoints exactly where material needs to come off and prioritizes each feature based on your tolerance requirements.
AI-driven planning adjusts robot movements in real time to account for natural part-to-part variation, thermal drift, and in-process feedback.
Adaptive force control executes the path with consistent pressure, compensating for tool wear to deliver repeatable 1mm precision.
Every application is unique. Our systems are configured based on:
Vision system and grinding head configured for your part size, geometry, and surface finish targets.
Cycle time and throughput optimized for your material removal volume and complexity.
System footprint matched to your floor space, material flow, and handling constraints.
Return on Investment
We'll model ROI with your actual throughput, labor costs, and scrap rates.
Our proven vision-guided platform extends to higher-precision applications for manufacturers who need the next level of accuracy and adaptability.
Add new capabilities without rewriting the stack.
Aluminum finishing capabilities for different cutting processes and material properties.
Sub-millimeter precision for aerospace components and high-tolerance applications.
Multi-axis grinding for complex geometries and advanced part features.
Automated inspection and quality verification integrated into the grinding workflow.
Our technology applies to sub-millimeter precision aerospace finishing. Learn more about aerospace applications.
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