Flexible Robotic Automotive Grinding and Polishing Machine For Die Cast Aluminum Parts
Flexible Robotic Automotive Grinding and Polishing Machine For Die Cast Aluminum Parts
Place of Origin:China
Brand Name:kingstone
Certification:CE
Model Number:KS-5000
Minimum Order Quantity:1
Price:68000-102000 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:
Flexible Grinding And Polishing Machine
,Polishing Machine for Die Cast Parts
,Aluminum Parts Grinding Polishing Machine
Controlsystem:
PLC And HMI Control
Dimensions:
2000mm X 1500mm X 1800mm
Grindingmethod:
Abrasive Grinding
Robottype:
6-axis Industrial Robot
Payloadcapacity:
Up To 10 Kg
Powersupply:
AC 220V/380V
Precision:
±0.1 Mm
Operatingspeed:
Adjustable, Up To 1000 RPM
Polishingmethod:
Mechanical Polishing
Application:
Automotive Surface Finishing
Productname:
Robotic Automotive Grinding And Polishing Machine
Safetyfeatures:
Emergency Stop, Safety Sensors
Weight:
Approximately 800 Kg
Automationlevel:
Fully Automated
Materialcompatibility:
Metal, Plastic, Composite Surfaces
Product Description
Detailed Specifications & Features
Flexible Robotic Automotive Grinding and Polishing Machine For Die Cast Aluminum Parts
Die cast aluminum parts present a finishing paradox: they are produced at high volume with tight dimensional tolerances, yet each casting carries inherent surface variation—flash lines, parting seams, ejector pin marks, and porosity-adjacent edges—that demands adaptive, intelligent finishing rather than rigid fixed-path automation.
The Flexible Robotic Automotive Grinding and Polishing Machine is purpose-engineered for this challenge. Combining 6-axis robotic mobility, real-time adaptive force control, and multi-process tooling in a single reconfigurable workcell, it delivers consistent burr-free edges, Ra-controlled functional surfaces, and cosmetically acceptable finishes across your entire die cast aluminum part family—without dedicated fixtures, without manual reprogramming for each variant, and without the quality variation that defines manual finishing operations.
Validated across automotive Tier 1 and Tier 2 die casting finishing lines handling transmission housings, engine brackets, steering components, EV structural parts, and hydraulic bodies, this system scales with your platform complexity and your production volume simultaneously.
Why Die Cast Aluminum Finishing Requires Specialized Flexibility
Standard robotic grinding cells are designed for one part, one process, one setup. Die cast aluminum automotive production rarely works that way:
- Flash and Parting Line Variation: Die wear, shot pressure variation, and thermal cycling cause parting line flash thickness to vary ±0.3-0.8 mm between production runs. Fixed-path robots miss variable flash; manual operators are inconsistent. Adaptive force control solves both.
- Multi-Alloy Platform Sharing: ADC12, A380, AlSi9Cu3, and A356 alloys each respond differently to abrasive contact—smearing thresholds, tool loading behavior, and optimal spindle speeds vary significantly. A single-parameter machine produces good results on one alloy and marginal results on others.
- Part Family Complexity: Modern automotive die casting suppliers typically manage 20-80 active part numbers across multiple platforms. A finishing system that requires dedicated tooling or multi-hour reprogramming per part number is not a productivity solution—it is a scheduling constraint.
- Functional Surface Diversity: Within a single casting, sealing faces demand Ra ≤ 0.8 μm, bearing bores require burr-free chamfers, cosmetic panels need uniform surface texture, and bonding flanges need controlled surface energy. One part, four different finishing specifications, executed in sequence within one cycle.
Core Capabilities
Geometry-Adaptive Path Control
Vision-guided 3D scan locates part datum features and compensates for casting-to-casting dimensional variation before each cycle begins. Robot path adjusts to actual part geometry—not nominal CAD—eliminating miss-grind and over-grind caused by casting dimensional scatter.
Multi-Alloy Force Intelligence
Material-specific force profiles stored per part program. ADC12 runs at optimized contact pressure to prevent smearing; A380 runs harder to address its higher flash hardness; AlSi9Cu3 uses MQL mode to control silicon particle exposure. The robot selects the correct profile automatically via part identification—no operator parameter adjustment.
Rapid No-Tool Changeover
10-position pneumatic tool magazine with ≤6-second automatic swap. Flap wheels, wire brushes, abrasive belts, carbide burrs, and polishing pads all accessible within a single cycle. Part changeover between variants is software-triggered in under 90 seconds—no physical retooling.
Multi-Zone Single-Cycle Finishing
All finishing operations completed in one uninterrupted robot cycle:
- Zone 1: Parting line and flash removal
- Zone 2: Functional surface grinding (sealing faces, mating surfaces)
- Zone 3: Edge deburring (coolant ports, mounting bosses, threaded features)
- Zone 4: Cosmetic surface conditioning (visible panels, OEM appearance spec)
- Zone 5: Bonding flange surface activation (adhesive-bond Ra control)
Closed-Loop Surface Measurement
Post-process inline profilometer measures Ra on critical surfaces after every cycle. Out-of-spec parts are flagged and diverted before leak test or assembly. Measurement data logged per part serial number for IATF 16949 traceability.
MQL-Standard Process Design
Minimum quantity lubrication is standard on this system—not optional. MQL reduces aluminum smearing by 60-70%, extends abrasive tool life 35-50%, and eliminates the coolant disposal cost associated with wet grinding. Critical for maintaining surface energy on bonding flanges prior to structural adhesive application.
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