At Kingstone, we believe a robotic cell is more than just hardware—it is the “master craftsman” of your modern factory floor. We understand that in the automotive industry, a fraction of a millimeter can be the difference between a high-performance component and a piece of scrap.

Every large-scale casting, from aluminum wheels to heavy-duty engine blocks, carries its own set of “DNA”—unique geometries, unpredictable flash, and demanding quality benchmarks. Our mission is to translate your manual finishing expertise into a reliable, 24/7 autonomous reality.

Our robotic deburring cells are engineered to balance the raw strength needed for heavy castings with the delicate sensitivity required for fine finishing.

We don’t just ship a machine; we deliver a fully commissioned production logic. Our engineering team takes full responsibility for your ROI through a comprehensive delivery package:

• Bespoke Fixture Engineering: We design custom “handshakes” (fixtures) for your parts, optimizing for absolute stability and the shortest possible cycle times.
• Digital Twin & 3D Simulation: Before a single bolt is turned, we build your entire cell in a virtual 3D environment to identify bottlenecks and maximize floor space.
• Process Blueprinting: You receive clear, logic-driven schematics that bridge the gap between your CNC operations and the final surface inspection.

Our systems are designed to bridge the “Consistency Gap” in high-mix, high-volume automotive production.

Our robotic intelligence is currently “hard at work” across several critical sectors:

• The Powerhouse: Aluminum & alloy wheels, intricate cylinder blocks, and high-complexity cylinder heads.
• The Drivetrain: Drive axles, gearbox housings, and reduction gear shells where precision is non-negotiable.
• Heavy Infrastructure: Cast iron casings, axle housings, and large-scale structural components that require the 2300 kg payload capacity.