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Robotic Rear Spoiler Polishing Machine

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Zhejiang Kingstone Robot & Technology Co., Ltd.

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Robotic Rear Spoiler Polishing Machine

Name: Robotic Rear Spoiler Polishing Machine
Brand: kingstone
Price: 68000 USD

Quality Robotic Rear Spoiler Polishing Machine for sale

Model Number : KS-5000

Automationlevel : Fully Automated

Voltage : 220V/380V

Automation : Fully Automated

Packaging Details : wooden cases

MOQ : 1

Delivery Time : 90 working days

Robot Brand : FANUC/ABB

Polishing Accuracy : ±0.01 mm

Payment Terms : L/C,D/A,D/P,T/T

Feature : efficient and flexiable

Versatility : Can Polish Various Shapes And Sizes

Certification : CE

Brand Name : kingstone

Compact : Small And Space-saving Design

Place of Origin : China

Oem : Welcome

Processing Types : Metal Automatic

Price : 68000-102000 USD

Relative Humidity : <90%

Controlsystem : PLC with Touchscreen Interface

Operating Temperature Range : -10°C to 45°C

Avaliable Materials : Metal

Supply Ability : 200-300 sets per year

Machine Weight : 1500 kg

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Improve the consistency, efficiency and safety of rear spoiler finishing with a flexible robotic sanding and polishing system. Designed for automotive exterior components with long curved surfaces and complex edges, the system automates repetitive sanding, surface leveling, edge finishing and polishing operations before painting or final inspection.

By combining a six-axis industrial robot, compliant force control, application-specific abrasive tools and customized fixtures, the system follows the spoiler profile while maintaining stable contact pressure. It helps reduce manual sanding variation and supports repeatable surface preparation across different part models.

Typical Applications

Automotive rear spoilers
Rear wings
Roof spoilers
Tailgate spoilers
Diffusers and exterior trim panels
Plastic and composite aerodynamic parts
Painted or primed automotive exterior components

Every workpiece and finishing process is different. The final machine configuration, abrasive sequence, cycle time and achievable surface result are determined through part evaluation and sample testing.

Key Benefits

Consistent Surface Quality

Force-controlled sanding helps maintain stable tool contact on curved surfaces, reducing uneven sanding marks, over-sanding and visible surface variation caused by manual operation.

Flexible for Complex Profiles

The six-axis robot can follow long curves, edges, end sections and transitional surfaces that are difficult to process consistently with fixed automation equipment.

Reduced Manual Finishing

The system automates repetitive sanding and polishing operations, allowing operators to focus on inspection, loading, unloading and higher-value finishing tasks.

Faster Product Changeover

Robot programs, fixtures and process recipes can be configured for multiple spoiler models. Optional 3D vision or part-position measurement can support flexible production where part position or geometry varies.

Improved Working Environment

An enclosed robotic cell with an integrated dust-extraction system helps reduce operator exposure to sanding dust, vibration and repetitive manual work.

Traceable Process Parameters

The HMI can manage process recipes such as robot path, spindle speed, contact force, abrasive sequence and processing time for improved production control and repeatability.

Suitable Materials

The system can be configured for different automotive exterior-part materials, subject to process testing:

ABS
PP and modified PP
PC/ABS
FRP and fiberglass composites
Carbon-fiber composite components
SMC molded parts
Primed plastic parts
Painted parts requiring controlled polishing or defect correction

Different materials require different abrasives, tool speeds, contact forces and dust-control measures. We recommend sample testing before finalizing the process.

Typical Finishing Processes

1. Flash and Parting-Line Removal

Remove molding flash, parting lines and minor edge defects from injection-molded or composite rear spoilers.
2. Surface Sanding and Leveling

Sand large curved surfaces to improve uniformity and prepare the component for primer, paint or additional coating.
3. Primer Sanding

Perform controlled sanding after primer application to improve surface smoothness and coating adhesion before topcoat painting.
4. Edge and Corner Finishing

Process spoiler edges, curved ends and transitions with compliant tools designed to reduce over-cutting on sensitive areas.
5. Paint-Defect Polishing

Where required, the system can be configured for controlled polishing of suitable painted surfaces after defects have been identified and the process has been validated.
6. Localized Rework

Optional vision or measurement functions can support the treatment of defined surface areas that require additional sanding or polishing.

Frequently Asked Questions

Can the machine process different rear-spoiler models?

Yes. The robotic cell can store multiple programs and process recipes. Different models may require dedicated fixtures, alternative tools or automatic program selection. A part review is required to confirm the most suitable changeover method.

Can it sand both plastic and composite spoilers?

The system can be configured for various plastics and composites. However, the abrasive, spindle speed, contact force, extraction system and safety measures must be selected for each material.

Will robotic sanding damage thin plastic parts?

The risk can be reduced through proper fixture support, compliant force control, optimized abrasives and validated process parameters. Sample testing is required before production use.

Can the system sand primer before painting?

Yes, primer sanding is a common potential application. The primer type, curing condition, required finish and dust-control requirements must be evaluated during testing.

Can it polish a painted spoiler?

Painted-part polishing may be possible after process validation. Paint type, defect type, coating thickness and required appearance must be reviewed before selecting tools and parameters.

Is automatic loading available?

Yes. Manual loading, dual workstations and fully automated material handling can be configured according to production volume and factory layout.

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