Zhejiang Kingstone Robot & Technology Co., Ltd.
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Force Controlled Robotic Deburring Machine For Automotive Exterior Trim Strips

Force Controlled Robotic Deburring Machine For Automotive Exterior Trim Strips
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
Highlight:

Force Controlled Robotic Deburring Machine

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Automotive Exterior Trim Deburring Machine

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220V Robot Deburring Machine

Current: 220V
Durable: Long-lasting
Automatic: Reduces Manual Labor
Consumables: Floating Milling Cutter / Floating File
Low Maintenance: Saves Cost
San Belt Dimensions: 3000mmx4
Maxworkpiecesize: 500 X 500 X 300 Mm
Maxworkpieceweight: 20 Kg
High Precision: 0.02mm
Process: Robot Deburring
High Productivity: Increases Output
Condition: New
Precise Control: Consistent Results
Productname: Robotic Deburring Machine
Compact: Saves Space
Product Description
Detailed Specifications & Features
Force-Controlled Robotic Deburring Machine For Automotive Exterior Trim Strips
Robotic deburring machine processing automotive exterior trim strips in factory setting
One Continuous Pass. Zero Hand-Over Marks. End-to-End Consistency.

A force-controlled robotic finishing cell purpose-built for automotive exterior trim strips — door trims, beltline/window mouldings, side sills and roof rails. Deburr cut edges, brush satin textures and mirror-polish chrome-look surfaces on strips up to ___ mm long, with texture consistency your OEM inspector can trust.

CE-certified / ISO 9001 factory
Free trial with before/after report
OEM-grade 45° light inspection criteria
 
The Problem We Solve

Automotive exterior trim is judged by eye — under a 45° inspection light, every brush line, every mirror reflection, every cut edge is visible. Hand finishing long strips creates the three defects OEM buyers reject: hand-over marks where passes meet, texture drift along the length, and inconsistent edge deburring on cut ends. This cell replaces hand benches with a force-controlled robot on a long-stroke track, delivering one continuous, repeatable finish pass on every strip — straight or curved, satin or mirror.

Core Capabilities
Precision — Force-Controlled Precision
  • Real-time force control (±___ N) keeps contact pressure constant
  • ±0.01 mm path repeatability — identical texture from strip #1 to strip #10,000
  • Programmed pass speed eliminates hand-over zones
Automation — Fully-Automatic
  • Long-stroke linear track (7th axis, up to ___ mm) — one continuous pass per strip
  • Optional loading/unloading conveyor or robotic handling
  • PLC-ready for MES data collection and batch traceability
Performance — High-Efficiency
  • Cycle example: 1.2m door trim strip, deburr + satin brush ≤ ___ seconds
  • 3-4x faster than hand benches
  • Predictable shift output for JIT supply
Process Capability — Multi-Finish
  • Three finishes in one cell: edge deburring, satin brushing, mirror polishing
  • Curved and straight profiles from the same program library
  • Changeover < 15 minutes
Quality Consistency — OEM-Grade
  • Meets 45° light-inspection acceptance criteria
  • Uniform texture direction and gloss — repeatable lot after lot
  • First-article report + batch traceability for PPAP documentation
User-Friendly — Easy-to-Operate
  • Touchscreen HMI, bilingual (EN/CN)
  • Offline programming with simulation
  • Quick-change abrasive belts and buffing wheels
Economy — Cost-Effective
  • Replaces 2-3 hand-finishing operators per shift
  • Abrasive cost reduced 30%+
  • Typical payback 18-24 months
Technical diagram of robotic deburring machine process flow
Process Flow
1
Load strip onto long-stroke fixture (magnetic or vacuum clamp)
2
Call up the program for that trim profile and finish spec
3
Edge deburring: chamfer cut ends and flash edges (LR-TRIM)
4
Satin brushing: programmed linear texture, direction locked (LR-SAND)
5
Mirror polishing: force-controlled buffing to target gloss (LR-POLISH)
6
In-line 45° light inspection (optional camera/operator check)
7
Unload to packaging line
Frequently Asked Questions
Product Basics
Can the robot finish curved trim strips, not just straight ones?
Yes. The 6-axis arm follows programmed arcs; the linear track extends the reach. Curved beltline mouldings and straight door trims run from the same machine.
Satin brushing and mirror polishing — do I need two machines?
No. The finishing head is swappable (abrasive belt / buffing wheel) and programs switch the finish spec. One cell covers deburring, satin and mirror.
How long can the strips be?
Standard track handles up to ___ mm; longer lengths are available by custom build. One continuous pass means no hand-over marks on any length.
Purchase Decision
Do you offer a free trial on our trim strips?
Yes. Send us your strips or 3D profile — we finish them and return a before/after report with surface roughness and gloss data.
Can it meet OEM 45° light inspection requirements?
That is the design target. The process is built around uniform texture and gloss; we support you with acceptance criteria documentation and first-article reports.
What about delivery time and warranty?
Standard cells ship in about ___ days; 12-month warranty with remote support, optional on-site installation and operator training.
Investment & Long-Term
What is the payback period?
Typically 18-24 months depending on labor cost and output. We provide a free ROI sheet using your actual numbers.
Is training and ongoing support available?
Yes — operator training (on-site or video), offline programming support, lifetime remote technical support, and long-term consumable supply.
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