Sign In | Join Free | My infospaceinc.com
infospaceinc.com
Products
 Search by Category
Home > Supplies and Equipment >

Complex Geometry Processing Robotic Deburring Polishing Machine For Brass Valve Bodies

Complex Geometry Processing Robotic Deburring Polishing Machine For Brass Valve Bodies

Complex Geometry Processing Robotic Deburring Polishing Machine For Brass Valve Bodies
Complex Geometry Processing Robotic Deburring Polishing Machine For Brass Valve Bodies
Categories Robotic Deburring and Polishing Machine
Certification: CE
key Selling Points: Easy To Operate, High Safety Level, Eco-Friendly, High Rigidity, High-Accuracy
Price: 65000-85000
Packaging Details: wooden cases
Application: Sanitary Faucet,Hardware,Kitchen accessory,etc
Payment Terms: T/T
After-sales Service Provided: Engineers,Online support,Video Technical Support
Place of Origin: China
Dimensions: Custom-Made
Delivery Time: 2.5 months
Safety Features: Light curtains, Emergency stop buttons, Safety interlocks
Brand Name: Kingstone
Name: Robotic Deburring and Polishing Machine
MOQ: 1
Polishing work piece material: Copper parts,zinc alloy, aluminum alloy, ABS plastic
Supply Ability: 5sets per month
Polishing Tool: Buffing wheel with polishing compound
Contact Now
Company Info.
Zhejiang Kingstone Robot & Technology Co., Ltd.
Verified Supplier
View Contact Details
Product List
  • Haven't found right suppliers
  • Our buyer assistants can help you find the most suitable, 100% reliable suppliers from China.
  • And this service is free of charge.
  • we have buyer assistants who speak English, French, Spanish......and we are ready to help you anytime!
Submit Buying Request
  • Product Details
  • Company Profile

Complex Geometry Processing Robotic Deburring Polishing Machine For Brass Valve Bodies

Complex Geometry Processing Robotic Deburring And Polishing Machine For Brass Valve Bodies
Micro-Level Brilliance for Industrial Castings

Manual polishing of brass valve bodies presents significant challenges including hazardous metallic dust, physical strain on operators, and inconsistent quality output. For high-precision plumbing components where surface imperfections can compromise premium finishes, relying on manual consistency represents a considerable risk.

Our Integrated Robotic Workcell represents years of observation and translation of master polishers' techniques into an automated system that delivers consistent, high-quality results without compromise.

Humanized Architecture: An Elite Team in One Cell
Robotic polishing machine workcell for brass valve bodies

Our system functions as a coordinated team of specialized components working in perfect harmony to transform raw castings into mirror-finished components.

ComponentDesign PhilosophyOperational Value
The Agile Backbone
6-Axis Industrial Platform (Payload 20kg-210kg)		Relentless precision and reachConsistently accesses complex 3D contours including deep-drawn valve seats and curved ports with fluid motion
The Haptic Mind
Active Force Control (AFC) System		Tactile intelligence and feedbackSenses metal surfaces at 1000Hz, ensuring uniform material removal without substrate damage
The Versatile Artisan
Multi-Head Tool Changer (Grinding/Buffing)		Adaptive processing capabilitySeamlessly transitions from aggressive gate removal to delicate mirror polishing (Ra < 0.05μm) in a single cycle
The Safety Sanctuary
HSE Environmental Enclosure		Workplace safety and cleanlinessContains noise and hazardous metallic dust, transforming traditional grinding operations into clean professional workspaces
The Mathematics of Perfection: Solving for Your ROI

Brass and zinc alloys require specific processing parameters to achieve optimal finishes. Our system calibrates every variable to your part's unique processing requirements.

Performance MetricManual Processing ChallengesRobotic Processing Advantages
Quality ControlVariable quality requiring supervisor oversightZero-defect consistency with every valve body matching master sample specifications
Worker HealthRisks of vibration syndrome and respiratory issuesCareer advancement opportunities as staff transition to robotic system management
Material Waste10-15% scrap rate from over-polishingActive Force Control regulates pressure to ±0.1N, reducing scrap to near zero
Production ConsistencyOutput declines throughout shiftConstant velocity and quality maintained regardless of shift duration
Turnkey Implementation: From Blueprint to Commissioning
Robotic polishing machine technical integration

Our comprehensive implementation process ensures seamless integration from technical challenge to operational production line.

  • Intelligent Fixturing: Custom-designed fixtures prevent clamping marks and deformation while ensuring absolute stability during high-speed processing
  • Virtual Commissioning (Digital Twin): Parts are processed in virtual environments first to identify bottlenecks and optimize cycle times
  • Facility Integration: Comprehensive floor layout design ensures smooth material flow alongside surface processing excellence
  • Technical Documentation: Detailed Process Maps provide clear, logic-driven schematics explaining quality target achievement methodologies
Technical Specifications
Robotic polishing machine technical specifications
FeatureDetails
Robot Type6-Axis Heavy-Duty Industrial Robot (Payload 20kg - 210kg)
Surface FinishCapable of Ra < 0.05μm (Jewelry-Grade Mirror Surface)
Control SystemPLC + Real-Time Haptic Force-Feedback Logic
Cycle Time30 - 90 seconds (Highly dependent on part complexity)
ComplianceCE Certified, ISO 9001, ATEX Optional (for explosive dust)
Strategic FAQ for Technical Buyers
How does the system handle "Part-to-Part" variations in raw brass castings?
Our Active Force Control (AFC) system addresses part variations by sensing resistance in real-time. If a part is slightly oversized, the robot automatically adjusts its Z-axis position to maintain constant pressure, ensuring uniform finish regardless of minor tolerances.
Do we need specialized robotic engineers to program the machine for new designs?
No specialized engineers are required. We provide Offline Programming (OLP) that generates tool paths directly from CAD files (.STEP/.IGS). For adjustments, technicians can use our intuitive Teaching Mode. Typical staff training requires only 2-3 days.
How does the system handle abrasive wear to prevent quality degradation over time?
We employ Automatic Abrasive Wear Compensation that periodically measures buffing wheel or belt thickness and automatically adjusts robot path or pressure, ensuring consistent quality from first to last part.
Can one cell handle different materials like Brass, Zinc, and Stainless Steel?
Yes. Through our Recipe-Driven Logic, you can switch between material profiles in minutes. The robot loads appropriate tools and adjusts force parameters to match substrate requirements.
Product Tags:

Complex Geometry Deburring And Polishing Machine

  

Deburring And Polishing Machine for Brass Valve

  

Six Axis Robot Deburring Polishing Machine

  
Buy Complex Geometry Processing Robotic Deburring Polishing Machine For Brass Valve Bodies at wholesale prices

Complex Geometry Processing Robotic Deburring Polishing Machine For Brass Valve Bodies

Send your message to this supplier
 
*From:
*To: Zhejiang Kingstone Robot & Technology Co., Ltd.
*Subject:
*Message:
Characters Remaining: (0/3000)
 
You May Like
Find Similar Products By Category:
Supplies and Equipment
Hot Searches:
Inquiry Cart 0