The New Energy Vehicle Robotic Automotive Grinding and Polishing Machine is designed for electric vehicle and new energy automotive component manufacturers requiring flexible automated finishing.

EV production introduces a growing range of lightweight structures, battery-related components, electric drive parts, and precision metal housings. These components may require deburring, grinding, blending, or polishing after casting, machining, forming, or welding.

The robotic system provides a configurable finishing platform that can be adapted to different stages of new energy vehicle manufacturing.

The system can be developed for suitable EV components such as:

• Battery tray components
• Battery pack housings
• Electric motor housings
• Inverter housings
• E-drive components
• Lightweight structural parts
• Thermal management components
• Aluminum brackets
• Chassis components
• EV metal covers and housings

The robot, tooling, and fixture configuration can be selected according to the specific component and manufacturing process.

New energy vehicles increasingly use lightweight materials to reduce vehicle mass and improve energy efficiency.

The robotic finishing machine can be configured for suitable:

Aluminum Components - deburring, local grinding, weld blending, and surface preparation.

Steel Components - edge treatment and selected material removal.

Stainless Steel Parts - surface refinement and polishing.

Other Automotive Alloys - application-specific processes can be evaluated according to material properties.

Different abrasives and process parameters can be assigned to each material rather than applying one finishing method to every EV component.

EV components can require different finishing operations depending on how they are manufactured.

The robotic system can support processes such as:

• Machining burr removal
• Weld seam blending
• Edge refinement
• Local grinding
• Surface smoothing
• Scratch correction
• Pre-coating preparation
• Selected polishing

This allows the finishing cell to address secondary processing requirements created by machining, welding, casting, or fabrication.

Robotic finishing can be integrated into different new energy vehicle production workflows.

For battery-related structures:

Forming / Casting → Welding → Robotic Finishing → Cleaning → Inspection → Coating → Assembly

For electric drive components:

Casting → Machining → Robotic Deburring & Finishing → Washing → Inspection → Assembly

The system can also be combined with robotic handling, positioners, conveyors, and automated workholding when higher production automation is required.