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Automatic Robotic Arm for Polishing,Carving and Cutting
Automatic Robotic Arm for Polishing,Carving and Cutting
DS-KR210 R2700/JXS3670
DS-KR210 R2700/JXS3670
Boost efficiency with DINOSAW Robotic Arm: precision polishing, carving & cutting for stone, metal & composites. Affordable, industrial-grade automation.
Boost efficiency with DINOSAW Robotic Arm: precision polishing, carving & cutting for stone, metal & composites. Affordable, industrial-grade automation.
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Machine Details
Why Should Your Industry Upgrade to Robotic Arms?
Key Challenges Solved by Industrial Robotic Arms
Industries like stone processing and metal fabrication face inefficiencies due to manual labor, high waste, and inconsistent quality. Robotic arms address these issues with:
Multi-axis precision
multi-axis flexibility for complex geometries (e.g., sculpting intricate marble patterns) .
Automated workflows
Seamless integration with CAD/CAM software for cutting,polishing,milling, carving, and CNC operations .
Cost efficiency
Reduce labor dependency by 60% and material waste by 30% through adaptive pathfinding .
Scalability
24/7 operation with remote monitoring capabilities .
Immediate Actions
Chat online for the robotic arm price and more details
Explore more industry machine for your business
View more diamond tools used on your robot arms
Keep Reading to Discover
How to choose the right robot arm for your factory.
Case studies from Italy’s marble industry and China’s composite sector.
Why DINOSAW leads in affordable, programmable robotic arms.
Different Types of Robotic Arms for Modern Manufacturing
The 6-Axis Robotic Arm for Precision Polishing & Grinding
Designed for Complex Surfaces and High-Volume Production
Core Features
6-axis flexibility
Full-range motion to access tight curves and angles (e.g., automotive parts, turbine blades,stone sinks,tombstones,countertops).
Adaptive force control
Real-time sensors adjust polishing pressure (0.1–50N) to avoid over-grinding.
Tool compatibility
Works with diamond abrasives, buffing wheels, and orbital sanders.
Repeatability
±0.05° precision ensures uniform finishes on stainless steel, stone, or composites.
Industries Transformed
Automotive
Mirror-finish polishing of aluminum rims.
Aerospace
Deburring titanium engine components.
Stone processing
Smoothing irregular marble surfaces.
Case Study: Polishing Robot Arm in a German Auto Factory
Challenge: Manual polishing caused inconsistent finishes and wasted 8 hours per car part.
Solution: Deployed 6-axis robotic arms with AI vision systems.
Results
90% faster processing (2 hours per part).
Zero defects in 10,000+ units.
The 3D Sculpting Robotic Arm for Detailed Carving & Engraving
Mastering Artistry in Stone, Wood, and Metal
Core Features
7-axis hybrid design
Combines 6-axis mobility with a rotating turntable for 360° sculpting.
3D scanning integration
Converts CAD models or hand-drawn sketches into precise toolpaths.
Micro-tool compatibility
0.5mm diamond tips for intricate designs (e.g., floral patterns on granite).
Multi-material capability
Carves marble, hardwood, acrylic, and soft metals like copper.
Industries Transformed
Monument manufacturing
Replicating historical statues with 99% accuracy.
Architectural décor
Creating custom 3D reliefs for luxury interiors.
Case Study: 3D Sculpting Arm in an Italian Marble Workshop
Challenge: Skilled artisan shortage delayed high-end projects by 6+ months.
Solution: Installed a 3D sculpting robotic arm with AI pattern recognition.
Results
50% faster production of bespoke sculptures.
15% less material waste via optimized cutting paths.
How to Choose the Best Industrial Robotic Arm
Critical Selection Criteria
Payload & Reach: 210kg payload suits max-scale tasks.
Accuracy: ±0.06mm precision outperforms cheaper 3-axis arms in detailed engraving .
Software Compatibility: Look for ROS, Python, or C++ programmability for IoT integration .
Why DINOSAW?
Proven expertise: 20+ years in industrial robotic arms, including ISO 9283-certified systems .
Global support: Onsite training in 60+ countries and delivery .
FAQs
Can robotic arms handle delicate materials like ceramics?
Yes—force-limiting sensors adjust grip strength to 0.1N for fragile items .
How long does programming take?
Pre-loaded templates for polishing/milling reduce setup to 2–3 hours. Custom tasks require 1–2 days of CAD mapping .
Conclusion & Next Steps
Transform Your Production Line Today
The DINOSAW Industrial Robotic Arm combines low cost with high performance. This makes it perfect for small and large factories. With DINOSAW’s expertise, you gain a partner committed to optimizing ROI through precision automation.
Act Now to Secure Competitive Advantages
Custom Quote: Tailored solutions for stone, metal, or composite workflows.
Extended Warranty: 1-year coverage with lifetime support.
Training Packages: Onsite ROS/Python programming workshops.
Machine Details
Why Should Your Industry Upgrade to Robotic Arms?
Key Challenges Solved by Industrial Robotic Arms
Industries like stone processing and metal fabrication face inefficiencies due to manual labor, high waste, and inconsistent quality. Robotic arms address these issues with:
Multi-axis precision
multi-axis flexibility for complex geometries (e.g., sculpting intricate marble patterns) .
Automated workflows
Seamless integration with CAD/CAM software for cutting,polishing,milling, carving, and CNC operations .
Cost efficiency
Reduce labor dependency by 60% and material waste by 30% through adaptive pathfinding .
Scalability
24/7 operation with remote monitoring capabilities .
Immediate Actions
Chat online for the robotic arm price and more details
Explore more industry machine for your business
View more diamond tools used on your robot arms
Keep Reading to Discover
How to choose the right robot arm for your factory.
Case studies from Italy’s marble industry and China’s composite sector.
Why DINOSAW leads in affordable, programmable robotic arms.
Different Types of Robotic Arms for Modern Manufacturing
The 6-Axis Robotic Arm for Precision Polishing & Grinding
Designed for Complex Surfaces and High-Volume Production
Core Features
6-axis flexibility
Full-range motion to access tight curves and angles (e.g., automotive parts, turbine blades,stone sinks,tombstones,countertops).
Adaptive force control
Real-time sensors adjust polishing pressure (0.1–50N) to avoid over-grinding.
Tool compatibility
Works with diamond abrasives, buffing wheels, and orbital sanders.
Repeatability
±0.05° precision ensures uniform finishes on stainless steel, stone, or composites.
Industries Transformed
Automotive
Mirror-finish polishing of aluminum rims.
Aerospace
Deburring titanium engine components.
Stone processing
Smoothing irregular marble surfaces.
Case Study: Polishing Robot Arm in a German Auto Factory
Challenge: Manual polishing caused inconsistent finishes and wasted 8 hours per car part.
Solution: Deployed 6-axis robotic arms with AI vision systems.
Results
90% faster processing (2 hours per part).
Zero defects in 10,000+ units.
The 3D Sculpting Robotic Arm for Detailed Carving & Engraving
Mastering Artistry in Stone, Wood, and Metal
Core Features
7-axis hybrid design
Combines 6-axis mobility with a rotating turntable for 360° sculpting.
3D scanning integration
Converts CAD models or hand-drawn sketches into precise toolpaths.
Micro-tool compatibility
0.5mm diamond tips for intricate designs (e.g., floral patterns on granite).
Multi-material capability
Carves marble, hardwood, acrylic, and soft metals like copper.
Industries Transformed
Monument manufacturing
Replicating historical statues with 99% accuracy.
Architectural décor
Creating custom 3D reliefs for luxury interiors.
Case Study: 3D Sculpting Arm in an Italian Marble Workshop
Challenge: Skilled artisan shortage delayed high-end projects by 6+ months.
Solution: Installed a 3D sculpting robotic arm with AI pattern recognition.
Results
50% faster production of bespoke sculptures.
15% less material waste via optimized cutting paths.
How to Choose the Best Industrial Robotic Arm
Critical Selection Criteria
Payload & Reach: 210kg payload suits max-scale tasks.
Accuracy: ±0.06mm precision outperforms cheaper 3-axis arms in detailed engraving .
Software Compatibility: Look for ROS, Python, or C++ programmability for IoT integration .
Why DINOSAW?
Proven expertise: 20+ years in industrial robotic arms, including ISO 9283-certified systems .
Global support: Onsite training in 60+ countries and delivery .
FAQs
Can robotic arms handle delicate materials like ceramics?
Yes—force-limiting sensors adjust grip strength to 0.1N for fragile items .
How long does programming take?
Pre-loaded templates for polishing/milling reduce setup to 2–3 hours. Custom tasks require 1–2 days of CAD mapping .
Conclusion & Next Steps
Transform Your Production Line Today
The DINOSAW Industrial Robotic Arm combines low cost with high performance. This makes it perfect for small and large factories. With DINOSAW’s expertise, you gain a partner committed to optimizing ROI through precision automation.
Act Now to Secure Competitive Advantages
Custom Quote: Tailored solutions for stone, metal, or composite workflows.
Extended Warranty: 1-year coverage with lifetime support.
Training Packages: Onsite ROS/Python programming workshops.
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CONTINUOUSLY IMPROVE PRODUCTIVITY FOR USER
Customer first | Teamwork | Embrace change | Integrity | Passion | Commitment
CONTINUOUSLY IMPROVE PRODUCTIVITY FOR USER
Customer first | Teamwork | Embrace change | Integrity | Passion | Commitment
CONTINUOUSLY IMPROVE PRODUCTIVITY FOR USER
Customer first | Teamwork | Embrace change | Integrity | Passion | Commitment
CONTINUOUSLY IMPROVE PRODUCTIVITY FOR USER
Customer first | Teamwork | Embrace change | Integrity | Passion | Commitment