Quality Automatic Robotic Deburring Machine For Automotive Plastic Steering Wheel Components factory

Automatic Robotic Deburring Machine For Automotive Plastic Steering Wheel Components

Place of Origin:China

Brand Name:Kingstone

Certification:CE

Minimum Order Quantity:1

Price:65000-85000

Standard Packaging:wooden cases

Delivery Time:2.5 months

Payment Terms:T/T

Supply Ability:5sets per month

Tags:

Robotic Automotive Finishing System

Automotive Parts Grinding and Polishing Machine

Automated Automotive Surface Finishing System

Product Details

Highlight:

Automatic Robotic Deburring Machine

Robotic Deburring Machine for Steering Wheel

Automotive Plastic Components Robotic Deburring Machine

Name: Robotic Deburring Machine

Material: Aluminum, Brass, Metal,Leatherl,etc

Key Selling Points: Easy To Operate, High Safety Level, Eco-Friendly, High Rigidity, High-Accuracy

Machinery Test Report: Provided

Video Outgoing-Inspection: Provided

Polishing Work Piece Material: Copper Parts,zinc Alloy, Aluminum Alloy, ABS Plastic

After-Sales Service Provided: Engineers,Online Support,Video Technical Support

Application Industry: Automotive Parts Manufacturer

Product Description

Detailed Specifications & Features

Automatic Robotic Deburring Machine For Automotive Plastic Steering Wheel Components

Precision Redefined: 6-Axis Automatic Robotic Deburring Solution

Upgrade your automotive interior production line with the Delin Intelligent Robotic Deburring Cell. Specifically engineered for high-volume automotive plastic components—such as steering wheel frames, covers, and decorative trims—this system replaces inconsistent manual labor with the tireless precision of a "Digital Artisan."

Delin Intelligent Robotic Deburring Cell in operation on automotive steering wheel components

Core Technology

Active Force Control: Unlike fixed-path machines, our robotic system features real-time force feedback. It "feels" the surface, ensuring the removal of flash and burrs without gouging the sensitive plastic substrate.
6-Axis Dexterity: The industrial-grade robot arm (Fanuc/Kuka/ABB integrated) effortlessly navigates the complex 3D contours of modern steering wheel designs, including recessed grip areas and airbag housings.
Intelligent Path Planning: Our software allows for rapid changeovers between different steering wheel models, minimizing downtime for tiered automotive suppliers.

Key Benefits

Unrivaled Consistency: Achieve a 100% uniform finish across every batch, meeting the strict aesthetic and safety standards of OEMs like Stellantis and Nemak.

Eco-Friendly & Safe: Fully enclosed workspace with an integrated high-vacuum dust extraction system, ensuring a clean factory environment and operator safety.

High ROI: One robotic cell typically replaces 3 to 4 skilled manual operators, with a payback period often under 18 months.

Technical Specifications

Feature	Details
Robot Type	6-Axis Industrial Robot (Payload 20kg+)
Control System	PLC + Force-Feedback Logic
Tooling	Multi-head Tool Changer (Drilling, Milling, Buffing)
Cycle Time	30 - 60 seconds (Dependent on complexity)
Safety Standard	CE Certified, ISO 9001 Compliant

Close-up view of robotic deburring tool head and force control system

Frequently Asked Questions

How does a robotic polishing machine ensure surface consistency compared to manual labor?

Manual polishing is prone to fatigue and human error, leading to variations in finish. Our robotic systems utilize Active Force Control technology and are programmed based on the Preston Equation logic. This ensures that the robot applies a constant, precise pressure (±0.1N) throughout the entire cycle. The result is 100% uniformity across thousands of parts, which is crucial for high-end automotive and medical components.

Do we need specialized robotic engineers to program the machine for new parts?

No. We have prioritized user-friendliness in our system design. We offer two main methods:
1. Teaching Mode: An operator can manually lead the robot through the path.
2. Offline Programming (OLP): For complex geometries like turbine blades, our software can generate the polishing path directly from a CAD file (.STEP/.IGS). Typically, a standard technician can be trained to handle new part changeovers in just 2-3 days.

What is the typical ROI (Return on Investment), and how many workers can one robot replace?

While the initial investment is higher than manual benches, the ROI is typically achieved within 12 to 18 months. One Delin robotic polishing cell can work 24/7 without breaks, typically replacing 3 to 5 skilled manual polishers. Beyond labor savings, you also benefit from reduced scrap rates and significantly lower costs associated with health and safety (dust exposure) compliance.

How does the system handle abrasive wear to prevent quality degradation over time?

This is a critical concern for automation. Our robots are equipped with Automatic Abrasive Wear Compensation. The system periodically measures the thickness or diameter of the buffing wheel or belt and automatically adjusts the robot's path or pressure to compensate for the wear. This ensures the first part of the shift looks exactly like the last part.

Can the robotic cell handle complex, organic shapes like medical implants or sanitary faucets?

Absolutely. Our 6-Axis industrial robot arms provide the dexterity needed to reach recessed areas and complex curves that 3-axis or 4-axis machines cannot. When combined with our specialized floating spindles and compliant tooling, the robot can navigate multi-axis contours while maintaining a perfect "Mirror Surface" finish (Ra < 0.05μm).

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