RI WD Collaborative closed dual welding station
RI WD Collaborative closed dual welding station
Closed Dual Station Welding System (Grounded) – Boost Production Efficiency
Configuration: inverted robot (2.7 x 1.9 x 2.4m)
Optimized Applications:
- Continuous welding of medium/thick steel plates
- Double-sided welding for automotive chassis components
- Production line cycle time (beat) improvement
Key Advantages:
- Dual Station Productivity:
Human-robot alternating operation doubles output
→ Reduces production cycle time by 35% - Seamless Human-Machine Collaboration:
Synchronous welding operations without interference
→ Enhances manufacturing flexibility & production efficiency
FULL WELD TYPE IS UNIVERSAL
Simple and complex welding is easy to deal with!
- Customizable oscillation patterns
- Multiple waveform configurations
- Intelligent bead control systems
- Effortlessly handles complex welding tasks
- Compatible with varying material thicknesses
- Reduces process changeover time by up to 40%
- Maintains consistent quality across joint types
Key Operational Benefits:
AUTOMATIC INTELLIGENT WELDING SEAM ARRANGEMENT
Parameters are customizable
- Automated layering for straight/arc/fillet/groove welds
- Customizable parameters: weld spacing, swing amplitude, bevel angle
- Supports automatic & manual routing of multi-layer passes
- AI-driven bead planning through key parameters
SIX DIMENSION TECHNOLOGY
Foldable handle
- Direct trajectory calibration via foldable handle
- Operator physically guides arm for instant path setup
Core Technology:
±0.05mm Positioning Accuracy
*Equipped with high-resolution 6-axis F/T sensor for micro-adjustments*
Revolutionary Operation:
Zero-Programming "Drag & Teach"
Critical Applications:
Complex curved surfaces
Narrow-space welding operations
Restricted-access joint configurations
INTELLIGENT WELD PLANNING
- Three-point positioning system for medium/thick plate welding
- Automatic bevel error compensation for consistent quality
GUN POSTURE SELF COMPENSATION TECHNOLOGY
- Real-time automatic adjustment of gun angle/offset
- Patented algorithm ensures optimal positioning (±0.05mm repeatability)
HUMAN COMPUTER COLLABORATIVE OPERATING SYSTEM
- One-Click Standard Welding: Rapid small-batch repetitive tasks
- WPS Standardization: Create/reuse certified Welding Procedure Specifications
- Material-Specific Libraries: Pre-optimized parameters for:
- Carbon steel
- Stainless steel
- Aluminum alloys
OD16 level safety cabin
- Arc protection: Double-sided explosion-proof observation windows, allowing for real-time monitoring of the welding process and timely understanding of the operation status.
- Smoke and dust purification system: Effectively eliminates welding smoke and dust, keeping the air in the welding room fresh.
- External emergency stop safety button: One click shutdown in case of emergency to ensure personnel safety.
Panoramic visualization design
Ergonomic Perspective: Optimized with a 15° tilt angle for the control panel, standing/sitting posture conforms to ergonomic design.
Welding machine status window: Built-in high-definition high-temperature resistant glass, real-time monitoring of arc stability and wire feeding mechanism action.
Coolant observation window: With scale markings and level sensor.
RI WD Collaborative closed dual welding station
Closed Dual Station Welding System (Grounded) – Boost Production Efficiency
Configuration: inverted robot (2.7 x 1.9 x 2.4m)
Optimized Applications:
- Continuous welding of medium/thick steel plates
- Double-sided welding for automotive chassis components
- Production line cycle time (beat) improvement
Key Advantages:
- Dual Station Productivity:
Human-robot alternating operation doubles output
→ Reduces production cycle time by 35% - Seamless Human-Machine Collaboration:
Synchronous welding operations without interference
→ Enhances manufacturing flexibility & production efficiency
FULL WELD TYPE IS UNIVERSAL
Simple and complex welding is easy to deal with!
- Customizable oscillation patterns
- Multiple waveform configurations
- Intelligent bead control systems
- Effortlessly handles complex welding tasks
- Compatible with varying material thicknesses
- Reduces process changeover time by up to 40%
- Maintains consistent quality across joint types
Key Operational Benefits:
AUTOMATIC INTELLIGENT WELDING SEAM ARRANGEMENT
Parameters are customizable
- Automated layering for straight/arc/fillet/groove welds
- Customizable parameters: weld spacing, swing amplitude, bevel angle
- Supports automatic & manual routing of multi-layer passes
- AI-driven bead planning through key parameters
SIX DIMENSION TECHNOLOGY
Foldable handle
- Direct trajectory calibration via foldable handle
- Operator physically guides arm for instant path setup
Core Technology:
±0.05mm Positioning Accuracy
*Equipped with high-resolution 6-axis F/T sensor for micro-adjustments*
Revolutionary Operation:
Zero-Programming "Drag & Teach"
Critical Applications:
Complex curved surfaces
Narrow-space welding operations
Restricted-access joint configurations
INTELLIGENT WELD PLANNING
- Three-point positioning system for medium/thick plate welding
- Automatic bevel error compensation for consistent quality
GUN POSTURE SELF COMPENSATION TECHNOLOGY
- Real-time automatic adjustment of gun angle/offset
- Patented algorithm ensures optimal positioning (±0.05mm repeatability)
HUMAN COMPUTER COLLABORATIVE OPERATING SYSTEM
- One-Click Standard Welding: Rapid small-batch repetitive tasks
- WPS Standardization: Create/reuse certified Welding Procedure Specifications
- Material-Specific Libraries: Pre-optimized parameters for:
- Carbon steel
- Stainless steel
- Aluminum alloys
OD16 level safety cabin
- Arc protection: Double-sided explosion-proof observation windows, allowing for real-time monitoring of the welding process and timely understanding of the operation status.
- Smoke and dust purification system: Effectively eliminates welding smoke and dust, keeping the air in the welding room fresh.
- External emergency stop safety button: One click shutdown in case of emergency to ensure personnel safety.
Panoramic visualization design
Ergonomic Perspective: Optimized with a 15° tilt angle for the control panel, standing/sitting posture conforms to ergonomic design.
Welding machine status window: Built-in high-definition high-temperature resistant glass, real-time monitoring of arc stability and wire feeding mechanism action.
Coolant observation window: With scale markings and level sensor.
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