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2025 TAIPEI CYCLE exhibition in Taipei

Robotic Surface

Treatment System

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Ideal Solution for Bike Materials

Modular Solutions

System Programmed with Robotmaster

Easy Tool and Sandpaper Changer Design

Wide Range of Deburring, Polishing and Grinding Tools and Sandbelt Machines

High Cost Performance

Quick Programming

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appearance

Integrating Investment Casting Parts with Robotic Welding and Grinding to develop the Optimal Carbon Fiber Look Manufacturing Process

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The most efficient labor-saving method for manufacturing aluminum alloy frames to resemble Integrated Carbon Fiber Frames

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AI-Powered Robotic Surface Finishing Total Solution

RWH-3DF Surface Finishing System for Robotic Workpiece Handling

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AFS-3D 3D Automated Feeding System

  • Space-saving, Multi-layer Stacking

    The 3D automated loading system enables stacking up to 5-6 layers based on workpiece size, maximizing vertical space and reducing system footprint.

  • Integrated Loading Trolley

    The trolley allows fast batch transfers and smooth workpiece transitions, reducing manual effort and improving efficiency.

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  • ToolStand-4GT Surface Finishing Tool Stand with Tools
  • Industrial Robot
  • AFS-3D 3D Automated Feeding System with Trolley
  • Belt Sander
  • Flap Wheel Machine
  • Automated Abrasive Paper Changer
  • Optional Transfer Station for Multi-Station Integration
  • Optional Wet Dust Collection Unit
  • ATML Automatic Timed Micro-Lubrication System

Application Scope

  • Material Types: Metals, plastics, composite materials (e.g., carbon fiber, fiberglass).
  • Processing Needs: Suitable for surface treatment before painting, weld seams, gates, risers, burr removal, and post-processing burr treatment.

Industry Applications

  • Aerospace, Shipbuilding, Military, Automotive, Motorcycles, Bicycles, Hardware, 3C.
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Industry Types

  • Sheet Metal: Surface grinding and smoothing after stamping and welding to ensure high-quality appearance and functionality.
  • Casting: Grinding and polishing to remove gates, risers, parting lines, and burrs, with pre-paint surface smoothing.
  • Machining: Precise deburring of metal and plastic workpieces for smooth edges and standard compliance.
  • Hydroforming: Grinding rough surfaces and parting lines, with pre-paint smoothing for optimal results.
  • Forging: Flash trimming and surface grinding to ensure quality appearance and functionality.
  • Carbon Fiber & Fiberglass: Performing coarse and fine grinding to meet clear coating or painting requirements, ensuring smooth and flawless finishes.

System Advantages

  • Reduced Labor Demand: Automation enhances efficiency
  • Improved Environment: Reduces dust and noise
  • Health Protection: Minimizes exposure to harmful substances
  • ESG Compliance: Reduces pollution and enhances corporate image

Core Functions

1

Small Workpiece Grinding

    • Robotic handheld workpiece systems allow quick switching between multiple DTb FlexRC tools and belt sanders.
    • Enabling efficient grinding, polishing, and deburring with significantly improved productivity and surface quality.
2

Flexible Configurations of DTboost FlexRC Tools and Abrasive Materials

    • ToolStand-4GT: Supports up to four DTb FlexRC tools, expanding system capabilities to meet diverse processing needs.
    • Sander with DTb FlexRC Tools: Features an automatic Abrasive Paper changer, enhancing convenience and processing efficiency.
    • Compatible with All DTb FlexRC Belt Sanders: Significantly boosts grinding performance, meeting high-efficiency processing requirements.
3

Automated Material Handling System

    • DTb 3D Automated Feeding System with Trolley: Utilizes 3D vertical space to maximize storage capacity and minimize floor space usage.
    • Equipped with a trolley for batch operations, it significantly enhances loading and unloading efficiency.

Intelligent Systems

  • DTb Cloud System: An intelligent equipment inspection and monitoring system that provides real-time status updates and data analysis, enhancing performance management.
  • AI Intelligent System: A manual-based conversational guidance system for troubleshooting, equipment condition detection, and maintenance prediction.
  • Highly Integrated Offline Programming Software: Enables rapid robot path programming, significantly improving operational efficiency.

Design and Service

  • Eco-Friendly and Safety Design: : Optimizes abrasive material usage to reduce waste, incorporates various dust collection solutions to ensure a clean and stable working environment, and complies with CE safety standards for operational safety.
  • Customized Solutions: Supports various workpiece sizes and materials.
  • After-Sales Service: Provides technical support and regular maintenance.

Robot Options

  • Robotic Configuration: Supports high-precision models for detailed processing:IRB2600-20 with a line accuracy of 0.55mm、IRB4600-60 with a line accuracy of 0.74mm.
  • For higher precision, IRB2400 or IRB4400 can be selected.
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RTH-2TP Dual-Station Surface Finishing System for

Robotic Tool Handling

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  • Automatic Sanding Belt Changer
  • Robotic Tool Change Support for DTboost FlexRC Tools
  • Automatic Abrasive Paper Changer
  • Industrial Robot
  • Dual-Station Turntable Positioner
  • ATML Automatic Timed Micro-Lubrication System

Application Scope

  • Material Types: Metals, plastics, composite materials (e.g., carbon fiber, fiberglass).
  • Processing Needs: Suitable for surface treatment before painting, weld seams, gates, risers, burr removal, and post-processing burr treatment.

Industry Applications

  • Aerospace, shipbuilding, military, automotive, motorcycles, bicycles, hardware, 3C.
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Industry Types

  • Sheet Metal: Surface grinding and smoothing after stamping and welding to ensure high-quality appearance and functionality.
  • Casting: Grinding and polishing to remove gates, risers, parting lines, and burrs, with pre-paint surface smoothing.
  • Machining: Precise deburring of metal and plastic workpieces for smooth edges and standard compliance.
  • Hydroforming: Grinding rough surfaces and parting lines, with pre-paint smoothing for optimal results.
  • Forging: Flash trimming and surface grinding to ensure quality appearance and functionality.
  • Carbon Fiber & Fiberglass: Performing coarse and fine grinding to meet clear coating or painting requirements, ensuring smooth and flawless finishes.

System Advantages

  • Reduced Labor Demand: Automation enhances efficiency.
  • Improved Environment: Reduces dust and noise.
  • Health Protection: Minimizes exposure to harmful substances.
  • ESG Compliance: Reduces pollution and enhances corporate image.

Core Functions

1

Large Workpiece Surface Finishing

    • robot handheld tools to flexibly handle complex structures and tight corners, Ideal for high-automation surface finishing coverage and intricate workpiece geometries.
2

Flexible configurations of DTboost FlexRC tools and abrasive materials

    • Equipped with a standard tool changer offering three sets, fully compatible with the complete range of DTboost DTboost FlexRC tools.
    • Features an automated Abrasive Paper changer with three standard Abrasive Paper slots, supporting various Abrasive Paper configurations to meet diverse processing needs.
3

Dual-Station Design

    • Increases production efficiency by reducing loading and unloading times
4

Single-Axis Robot Positioner

    • Expands grinding coverage, reduces dead zones
    • Enhances processing flexibility

Intelligent Systems

  • DTb Cloud System: An intelligent equipment inspection and monitoring system that provides real-time status updates and data analysis, enhancing performance management.
  • AI Intelligent System: A manual-based conversational guidance system for troubleshooting, equipment condition detection, and maintenance prediction.
  • Highly Integrated Offline Programming Software: Enables rapid robot path programming, significantly improving operational efficiency.

Design and Service

  • Eco-Friendly and Safety Design: Optimizes abrasive material usage to reduce waste, incorporates various dust collection solutions to ensure a clean and stable working environment, and complies with CE safety standards for operational safety.
  • Customized Solutions: Supports various workpiece sizes and materials.
  • After-Sales Service: Provides technical support and regular maintenance.

Robot Options

  • Robotic Configuration: Supports high-precision models for detailed processing:IRB2600-20 with a line accuracy of 0.55mm、IRB4600-60 with a line accuracy of 0.74mm.
  • For higher precision, IRB2400 or IRB4400 can be selected.
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Cobot Handheld Tool Surface Treatment System

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  • Integrates robot and DTboost surface treatment tools.
  • Saves workspace.
  • Can automatically change sandpaper, improving automation efficiency.

Easy To Use

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  • Auto-Sandpaper Changer
  • Dtboost Compliant Force
  • Cobot
  • Tool Changer
  • Flexible Fixture
  • Safety LiDar
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Workpiece Corner Grinding Solution

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STG-01

  • Grinding in tight corners effectively increases the coverage rate from the original 60-70% to 80-90%.
  • Various sandpaper shapes can be selected, ideal for processing different materials.
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Automatic Sandpaper Re-Filling!
Significantly Enhances Work Efficiency!

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Sandpaper-Type Grinding Tool Kit

How Smart Robot Automated Grinding Technology Protects Employee Safety and Contributes to Achieving ESG Goals:

A Comprehensive Analysis of Environment , Social, and Governance

Employee Safety Protection

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Reduce Occupational Hazards

Risks of Traditional Grinding

During the manual grinding process, workers are exposed to dust, metal particles, and high-noise environments for prolonged periods, which can lead to respiratory diseases (such as pneumoconiosis), skin conditions, and hearing loss.

Advantages of Automated Grinding

Automated equipment is equipped with sealed operating chambers and high-efficiency dust removal systems, isolating harmful substances within a safe range to prevent direct contact

Quantified data

  • Dust exposure reduced by 40%-60% (based on environmental monitoring data)
  • Occupational disease incidence reduced by 30%-50% (based on work injury reports and medical records)
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Reduce Workplace Injuries

Risks of Traditional Operations

Manual grinding involves high-intensity repetitive motions, which can lead to musculoskeletal strain. Additionally, there is a risk of cuts or impact injuries due to equipment malfunctions or operator errors

Improvements through Automation

The automated grinding system precisely completes grinding tasks through robotic arms and force control technology, eliminating the risks associated with direct worker operation

Quantified data

  • Workplace injury accident rate reduced by over 50% (based on accident statistics)
  • Downtime reduced by 20%-30% (due to accidents or health-related issues)

Relation to ESG

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© Da Shiang Technology Co., Ltd | DTboost 2024