Product Overview
A flexible robotic welding solution for manufacturers that need stable quality, faster changeovers, and more predictable output across every production shift.
Standardize weld quality across shifts, operators, and changing production batches.
The Riselaser cobot laser welding system combines six-axis robot movement, fiber laser welding, automatic wire feeding, and intelligent control in one configurable platform.
Operators can store proven welding programs and repeat them across production batches. When part position or joint location varies, intelligent sensing helps keep the welding path aligned with the actual workpiece.
For a broader explanation of system components, fixtures, automation levels, safety, and purchasing considerations, read our practical guide to robotic welding machines .
Key Features
Functions that shorten setup, maintain path accuracy, and connect robotic welding with your existing production workflow.
Use drag teaching, point recording, and graphical programming for straight, curved, circular, and oscillating welds. See our step-by-step laser welding robot programming guide .
No-teach programming, workpiece scanning, and point-cloud processing help automate path creation when manual teaching is less efficient.
3D vision, laser positioning, and real-time seam tracking help compensate for part-placement and joint-location variation.
Select FR5 or FR10 according to workspace and payload, then choose 1500W, 2000W, or 3000W according to the material and weld requirement.
Stable robot motion and concentrated laser energy help limit heat input, visible defects, deformation, and post-weld finishing.
Save qualified paths and process settings for repeat orders, small batches, and frequently changing production schedules.
The controller supports industrial I/O, TCP/IP, Modbus TCP/RTU, Profinet, Python, Java, C++, and ROS integration.
Program and control the robot through a connected computer, tablet, or mobile terminal. A 10.1-inch teach pendant is also available.
Guide the cobot to record key positions, create and save the required path in the Web App, and repeat the approved weld automatically across the production batch.
Faster Deployment and Higher Production Capacity
Recorded equipment tests and customer projects show how the system can reduce setup work and support higher production output.
Results are application-specific. Actual deployment time, productivity, labor savings, and welding quality depend on the workpiece, material, fixture, joint design, and selected system configuration.
FR5 or FR10: Choose the Right Reach for Your Workpiece
Both models provide the same core welding and programming capabilities. Select the robot according to workspace, reach, and end-of-arm payload. You can also compare other Riselaser robotic laser welding systems for different production layouts.
Typical TCP speed: 1 m/s. Approximate robot weight: 22 kg. Standard protection rating: IP54. IP65 is available.
Typical TCP speed: 1.5 m/s. Approximate robot weight: 40 kg. Standard protection rating: IP54. IP65 is available.
Applications
Flexible automation for industries that require controlled heat input, repeatable seam placement, and consistent visible welds.
Automate long, curved, or repeated joints while maintaining a controlled path across every part.
- Battery trays and battery enclosures
- Seat frames and structural brackets
- Body and chassis components
- Exhaust and formed metal assemblies
High repeatability and controlled laser energy support components that require precise seam placement and limited deformation.
- Mobile phone frames
- Laptop and tablet housings
- Electronic metal enclosures
- Small precision components
Controlled laser welding helps reduce surface defects, heat distortion, and grinding on consumer-facing metal products.
- Kitchen and appliance housings
- Stainless steel cabinets
- Doors, panels, and frames
- Metal tanks and sheet-metal assemblies
A narrow heat-affected zone and repeatable motion help control weld appearance and distortion on precision metal assemblies.
- Surgical instruments
- Stainless steel medical components
- Equipment frames and housings
- Small precision welded assemblies
System Configuration
The final system is prepared according to your workpiece, production layout, welding process, and operating environment.
- FR5 or FR10 collaborative robot
- Robot controller
- Safety box and emergency-stop box
- 1500W, 2000W, or 3000W laser source
- Laser welding head
- Automatic wire feeder
- Industrial water chiller
- Mobile cabinet or robot workstation
- Web App control
- Drag teaching and no-teach programming
- 3D vision and laser positioning
- Real-time weld seam tracking
- Automatic scanning and path planning
- Cables and basic installation accessories
- 10.1-inch teach pendant
- Explosion-proof cabinet
- IP65 robot version
Positioners, rotary axes, custom fixtures, and safety enclosures may be required for certain applications. These items are not part of the standard Riselaser supply, but technical consultation, layout guidance, and integration recommendations are available.
Technical Specifications
Final parameters are confirmed according to the selected robot, laser power, and project configuration.
| Parameter | FR5 | FR10 |
|---|---|---|
| Payload | 5 kg | 10 kg |
| Reach | 922 mm | 1400 mm |
| Degrees of freedom | 6 rotating joints | 6 rotating joints |
| Pose repeatability | ±0.02 mm | ±0.05 mm |
| Typical TCP speed | 1 m/s | 1.5 m/s |
| HMI | Web App; 10.1-inch teach pendant available | Web App; 10.1-inch teach pendant available |
| Protection rating | IP54 standard; IP65 available | IP54 standard; IP65 available |
| Robot mounting | Any orientation | Any orientation |
| Noise | <65 dB | <65 dB |
| Tool I/O | 2 DI, 2 DO, 1 AI, 1 AO | 2 DI, 2 DO, 1 AI, 1 AO |
| Tool power supply | 24V / 1.5A | 24V / 1.5A |
| Robot weight | Approximately 22 kg | Approximately 40 kg |
| Operating temperature | 0–45°C | 0–45°C |
| Operating humidity | Up to 90% RH, non-condensing | Up to 90% RH, non-condensing |
| Typical average power | 261W | 294W |
| Typical peak power | 314W | 503W |
| Parameter | RL-F1500 | RL-F2000 | RL-F3000 |
|---|---|---|---|
| Laser output power | 1500W | 2000W | 3000W |
| Laser wavelength | 1080 ± 5 nm | ||
| Operating mode | Continuous / Modulation | ||
| Power adjustment range | 10–100% | ||
| Fiber core diameter | 50 μm | ||
| Aiming and positioning | Red light | ||
| Standard fiber length | 10 m | 10 m | 20 m |
| Welding speed setting | 0–120 mm/s | ||
| Recommended welding thickness | 0.8–6 mm | ||
| Maximum welding capability | Below 8 mm, depending on the material, joint design, and laser power | ||
| Wire feeding speed | 38–600 mm/min | ||
| Wire diameter | 0.8 / 1.0 / 1.2 / 1.6 / 2.0 mm | ||
| Cooling method | Industrial water cooling | ||
| Working environment | 10–40°C; 10–85% humidity; no condensation | ||
| Rated power | 7 kW | 9 kW | 13 kW |
| Operating voltage | 220V, 50/60Hz | 220V, 50/60Hz | 380V, 50/60Hz |
| Robot Configuration | Overall Dimensions Including Mobile Equipment |
|---|---|
| FR5 system | Approximately 1300 × 850 × 1290 mm |
| FR10 system | Approximately 1300 × 850 × 1930 mm |
Collaborative Safety and System Integration
Collaborative robot functions support compact workstation layouts, while the complete welding application must still be evaluated according to tooling, operating speed, workpiece, and laser exposure.
Collision detection, configurable motion limits, emergency-stop controls, and virtual working boundaries help manage robot movement.
Simple applications may use a compact collaborative workstation. Other processes may require screens, interlocks, guarding, or a dedicated enclosure.
The FR robot documentation references recognized machinery, robot-control, and collaborative-operation standards.
Final system compliance depends on the selected configuration, installation, risk assessment, and applicable local requirements.
Service Support
Start with your actual workpiece. Riselaser evaluates the process, recommends the required configuration, and supports commissioning after delivery.
- Free sample welding test
- Free welding process evaluation
- Free remote installation guidance
- Free 24/7 online technical support
- On-site installation and commissioning
- Operator and maintenance training
- Custom fixture design consultation
- Spare parts and consumable supply
- Production layout and integration advice
- External-axis integration guidance
Service scope, travel costs, and implementation schedules are confirmed according to customer location and project complexity.
Frequently Asked Questions
Essential questions to review before selecting a cobot laser welding system.
Should I choose the FR5 or FR10 robot?
Which laser power should I choose?
What materials and thicknesses can the system weld?
Does the operator need robot programming experience?
Can the system find, track, and generate the welding path automatically?
Is it suitable for small batches and multiple product types?
Can it operate without a large safety fence?
How can I get the correct system configuration?
Get a Cobot Welding Plan Based on Your Actual Workpiece
Send your part information or arrange a free sample welding test. Our engineers will recommend the robot, laser power, programming method, and production configuration.
- Material type
- Material thickness
- Workpiece dimensions
- Joint type
- Production quantity
- Required cycle time
- Photos or drawings
- Automation requirements