Zhejiang Kingstone Robot & Technology Co., Ltd.
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Intelligent Robotic Aluminum Polishing Machine For Headlight lens

Intelligent Robotic Aluminum Polishing Machine For Headlight lens
Place of Origin:CHINA
Brand Name:KINGSTONE
Certification:CE
Model Number:KS-CNC2
Minimum Order Quantity:1
Price:65000-98000 USD
Standard Packaging:WOODEN CASES
Delivery Time:90 WORKING DAYS
Payment Terms:L/C,D/A,D/P,T/T
Supply Ability:200-300 SETS PER YEAR
Product Details
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Intelligent Robotic Aluminum Polishing Machine

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Robotic Polishing Machine for Headlight Lens

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Headlight Lens Aluminum Polishing Machine

Weight: 500 Kg
Powerconsumption: 2.5 KW
Safetyfeatures: Emergency Stop, Safety Guards
Application: Aluminum Surface Finishing And Polishing
Polishingaccuracy: ±0.01 Mm
Controlsystem: PLC Control
Operatingtemperature: 0-45°C
Dimensions: 1500mm X 1200mm X 1800mm
Material: Aluminum
Polishingspeed: 0-1000 RPM
Automationlevel: Fully Automated
Powersupply: 220V/380V
Suitableworkpiecesize: Max 500mm Diameter
Productname: Robotic Aluminum Polishing Machine
Machinetype: Robotic Polishing
Product Description
Detailed Specifications & Features
Intelligent Robotic Aluminum Polishing Machine For Headlight Lens
Industry Challenges & Solutions
Industry Pain Points Our Solutions
Manual polishing pressure variance causes haze bands and light-scatter defects that fail OEM photometric tests Constant-force end-effector (±0.5 N) ensures uniform abrasive contact across the full curved lens surface, every cycle
CNC polishing leaves tool marks on double-curvature zones near mounting flanges — high scrap on complex freeform geometry Adaptive 6-axis path planning auto-compensates for lens profile deviation; real-time profilometer feedback updates tool path mid-cycle
Skilled polisher shortage: 2-3 years to train; turnover disrupts Tier-1 headlamp line throughput Recipe-driven setup — new part programs load in under 10 minutes; one operator supervises up to 4 cells
Key Features
Active Force Control

Integrated 6-DOF force/torque sensor maintains polishing normal force within ±0.5 N throughout the full lens contour — eliminating over-polishing on thin flange edges and under-polishing in concave wells.

Adaptive Path Planning

3D vision scan + offline CAD import generates collision-free spiral/raster hybrid tool paths. Mid-run profilometer feedback triggers path offset correction when surface roughness deviates beyond Rz ±0.3 µm setpoint.

Multi-Stage Abrasive Sequence

Automated abrasive magazine cycles through P400 → P800 → P1500 → polishing compound in a single cell — no manual changeover, no cross-contamination between stages. Consumable wear is monitored by spindle torque trending.

Full Process Traceability

Every lens receives a QR-linked data record: cycle time, force profile, roughness trend, and pass/fail flag. IATF 16949-compatible data export for OEM production control plans.

Polishing Process Steps
01 • 3D Scan

Part profile captured, deviation map generated vs. CAD nominal

02 • Coarse Grind

P400 belt removes casting oxide layers and gate marks

03 • Fine Sand

P800-P1500 stages reduce Rz to ≤ 1.0 µm

04 • Mirror Polish

Compound + felt buff achieves Ra ≤ 0.05 µm

05 • Inline QC

Gloss meter + profilometer scan; auto-sort pass/reject

Technical Specifications
Robot Axes 6-axis articulated arm (payload 10-20 kg)
Positional Repeatability ± 0.02 mm
Surface Roughness (Final) Ra ≤ 0.05 µm (mirror grade)
Polishing Force Range 2 - 30 N (programmable)
Force Control Accuracy ± 0.5 N
Spindle Speed 500 - 6,000 RPM (servo-controlled)
Max Part Envelope 600 * 400 * 250 mm (custom available)
Abrasive Stages Auto-magazine, up to 6 stations
Cycle Time (typical lens) 4 - 8 min (part-dependent)
Vision System Structured-light 3D scanner, 0.01 mm resolution
Communication EtherCAT / PROFINET / OPC-UA
Certifications CE, ISO 9001, IATF 16949 data-ready
Power Supply 380V / 3-phase / 50-60 Hz
Cell Footprint 2.4 m * 1.8 m
Compatible Applications
  • Headlight Lens Housing (die-cast aluminum, freeform)
  • Reflector Bowl (mirror-grade parabolic surface)
  • Projector Lens Barrel (bi-function & matrix LED)
  • EV / NEV Headlamp Housing (Tier-1 supply chain)
  • Adaptive DRL Frame (complex geometry, thin wall)
  • Custom OEM Parts (program upload in < 10 min)
Performance Benefits
↓ 65% labor cost vs. 4-person manual polishing line
↑ 3* throughput with 24/7 lights-out operation
↓ 80% scrap & rework rate on mirror-finish lens
< 18 months typical payback period
Ra 0.05 µm OEM photometric-grade surface finish
100% per-piece data traceability, IATF 16949-ready
Intelligent Robotic Aluminum Polishing Machine for headlight lens processing
Surface Quality & Process FAQs
What surface roughness can this machine achieve on aluminum headlight lens housings?
The system achieves a final surface roughness of Ra ≤ 0.05 µm (mirror grade) through a fully automated multi-stage abrasive sequence: P400 coarse grind → P800/P1500 fine sanding → polishing compound + felt buff. This meets OEM photometric and coating adhesion requirements for headlamp production.
Can the machine handle the double-curvature and freeform geometry typical of headlight lens housings?
Yes. The 6-axis robot combined with an active force/torque sensor adapts the tool path in real time to the actual surface contour. A structured-light 3D scanner captures the part profile at the start of each cycle, and the system generates a deviation map vs. CAD nominal to correct for casting tolerances before polishing begins.
How does the machine avoid over-polishing thin flange edges or under-polishing concave reflector wells?
The integrated 6-DOF force/torque sensor maintains normal polishing force within ± 0.5 N throughout the entire lens contour. Force setpoints are programmed per zone — lower force on thin edges, higher dwell on recessed areas — so each region receives exactly the right material removal without risk of burn-through or waviness.
What is the typical cycle time for a standard headlight lens housing?
Cycle time ranges from 4 to 8 minutes per piece, depending on part complexity, number of abrasive stages required, and target surface roughness. A complete five-stage cycle (scan → coarse → fine → polish → inline QC) typically runs 6-7 minutes for a mid-size passenger car lens housing.
Will the machine generate heat that could distort the aluminum casting?
Heat input is actively managed through controlled spindle speed (500-6,000 RPM), programmed dwell time per zone, and air/mist cooling at the tool interface. For thin-wall castings (wall thickness < 2 mm), a low-force / low-speed recipe is applied automatically based on the part program, keeping surface temperature below 60 °C throughout the cycle.
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