Collaborative Laser Welding Robot
The Riselaser collaborative laser welding robot arm is perfect for making many different products. It works well with things like car parts, furniture, cabinets, and aluminum doors and windows. This robot can weld many materials, including stainless steel, copper, aluminum, and galvanized sheets. It combines the exactness of laser welding with the safety and flexibility of collaborative robots. The robot can handle tough jobs in places where humans and machines work side by side. This helps improve both the quality of the products and how fast they are made.
Product Peculiarity
Unrivaled Performance & Productivity
Weld up to 10x Faster: Dramatically increase your production output compared to traditional welding methods.
Achieve Rapid ROI: See a full return on your investment in under 6 months thanks to massive efficiency gains.
Enhanced Speed & Lifespan: Our advanced motion technology increases track speed by 20% and extends the robot’s service life by 30%.
Flawless Precision & Weld Quality
Perfect, Shiny Welds: Significantly reduce spatter and slag, resulting in beautiful welds that require minimal post-processing.
Pinpoint Accuracy: Our OptiMotion & TrueMotion technology ensures a track accuracy better than and an exceptional repetition accuracy of .
Continuous Operation: An integrated gun cleaning and wire cutting system virtually eliminates welding torch clogging, maximizing uptime.
Radical Simplicity & Flexible Deployment
Program in Minutes: Master operation in about an hour with our intuitive graphical interface. No complex coding is required.
Effortless Drag-to-Teach: Program the robot’s path by simply guiding the arm by hand (1N light drag).
Lower Integration Costs: A cabinet-less design reduces system weight by 50% and cuts integration costs by 30%. No professional commissioning is needed, keeping setup and maintenance costs low.
Ultimate Safety & Industrial Reliability
Certified for Collaboration: Create a safe human-robot workspace, certified with over 22 TUV functional safety functions and 5 times greater collision sensitivity.
Built for Harsh Environments: The robot is designed for high durability and can withstand high temperatures and harsh conditions with an industry-leading IP67 protection rating.
Guaranteed Stability: With a dual-channel redundancy design (RSC) and over 200 dynamic parameter models, the system ensures stable, reliable, and safe production.
Open Ecosystem & Seamless Integration
Future-Proof Your Automation: Leverage a comprehensive ecosystem with over 100 partners, RCI, SDK, and development studios.
Ready-to-Use Process Packages: Easily implement advanced tasks with pre-built packages for force control, plate handling, and laser welding.
The Integrator’s Choice: Rich industry plug-ins and secondary development capabilities make this a reliable and flexible platform for building automated production lines.
Product Video
Product Parameters
| Feature | CR7 | CR12 |
| Payload | 7 kg | 12 kg |
| Reach | 850 mm | 1,300 mm |
| Weight | 21 kg | 35 kg |
| Degrees of freedom | 6 revolute joints | 6 revolute joints |
| Rated life | ≥ 35,000 h | ≥ 35,000 h |
| Power supply | DC 48V | DC 48V |
| Programming | Direct teaching control and graphical interface | Direct teaching control and graphical interface |
| Performance | ||
| Power consumption | Average: 500 w, Peak: 1,500 w | Average: 600 w, Peak: 2,000 w |
| Safety | ||
| Safety features | ≥ 20 adjustable safety features | ≥ 20 adjustable safety features |
| Certification | Compliant with EN ISO 13849-1, Cat.3, PL d and EU CE marking requirements | Compliant with EN ISO 13849-1, Cat.3, PL d and EU CE marking requirements |
| Force sensing (tool flange) | Force, x-y-z & Torque, x-y-z | Force, x-y-z & Torque, x-y-z |
| Force measurement resolution | 0.1 N / 0.02 Nm | 0.1 N / 0.02 Nm |
| Relative accuracy of force control | 0.5 N / 0.1 Nm | 0.5 N / 0.1 Nm |
| Adjustable range of Cartesian stiffness | 0-3,000 N/m, 0-300 Nm/rad | 0-3,000 N/m, 0-300 Nm/rad |
| Operating temperature | 0-50°C | 0-50°C |
| Humidity | 90% RH (non-condensing) | 90% RH (non-condensing) |
| Motion | ||
| Repeatability | ±0.03 mm | ±0.03 mm |
| Motion joint – Axis 1 | Working range: ±180°, Max speed: 180°/s | Working range: ±180°, Max speed: 120°/s |
| Motion joint – Axis 2 | Working range: ±180°, Max speed: 180°/s | Working range: ±180°, Max speed: 120°/s |
| Motion joint – Axis 3 | Working range: ±285°, Max speed: 234°/s | Working range: ±285°, Max speed: 180°/s |
| Motion joint – Axis 4 | Working range: ±180°, Max speed: 240°/s | Working range: ±180°, Max speed: 234°/s |
| Motion joint – Axis 5 | Working range: ±180°, Max speed: 240°/s | Working range: ±180°, Max speed: 240°/s |
| Motion joint – Axis 6 | Working range: ±360°, Max speed: 300°/s | Working range: ±360°, Max speed: 240°/s |
| Motion joint – Axis 7 | — | — |
| Maximum speed at tool end | ≤ 4 m/s | ≤ 3.5 m/s |
| Features | ||
| IP rating | IP67 | IP67 |
| ISO cleanroom class | 5 | 5 |
| Noise | ≤ 70 dB(A) | ≤ 70 dB(A) |
| Robot installation | At any angle | At any angle |
| Common I/O ports | Digital input: 4, Digital output: 4 | Digital input: 4, Digital output: 4 |
| Safety I/O ports | External emergency stop: 2, External safety gate: 2 | External emergency stop: 2, External safety gate: 2 |
| Tool connector type | M8 | M8 |
| Tool I/O power supply | 24 V/1 A | 24 V/1 A |
Certified Quality & Safety You Can Trust
CE Certified for European Safety Standards: The Collaborative Laser Welding Robot fully complies with the rigorous health, safety, and environmental protection standards of the European Economic Area (EEA). This guarantees the machine is safe for operation and built with user protection as a priority.
ISO 9001 Certified for Consistent Quality: Our company’s manufacturing processes are certified under the ISO 9001:2015 quality management system. This ensures that every Collaborative Laser Welding Robot we produce is built with consistent, repeatable, and high-quality processes for maximum reliability and performance.
Product Shipping
1: If you have a freight forwarder in China, we will ship the product directly to their location.
2: If you have customs clearance experience, we can help you connect with a freight forwarder.
3: If you lack customs clearance experience, we offer DDP service, allowing us to find a professional forwarder to deliver the product straight to your door.
FAQs
1. What is a Collaborative Laser Welding Robot?
A Collaborative Laser Welding Robot is a robotic arm that uses a high-precision laser for welding. It is specifically designed to work safely alongside human operators in a shared workspace. This combines the speed and accuracy of automated laser welding with the flexibility and safety of collaborative robotics, allowing it to handle complex tasks efficiently while boosting productivity.
2. What materials can it weld?
The robot is highly versatile and designed to weld a wide variety of common industrial materials with precision and strength. This includes stainless steel, aluminum, aluminum alloys, copper, and galvanized sheets. Its capabilities make it suitable for numerous manufacturing applications across different industries, from automotive components to kitchenware and custom furniture.
3. What are the main benefits of using a collaborative laser welding robot?
The primary benefits are a massive increase in efficiency and quality. It can weld up to 10 times faster than traditional methods while producing clean, precise welds with minimal spatter. It enhances worker safety, is easy to program with a graphical interface, and can provide a rapid return on investment (often in under 6 months).
4. How safe is the cobot laser welding machine?
It is exceptionally safe, as it is built specifically for human-robot collaboration. The robot features advanced safety functions, including high collision sensitivity to avoid contact. It is backed by numerous international safety certifications, including CE and over 22 TUV functional safety certifications. This allows operators to work safely alongside the robot, boosting productivity without compromising their well-being.
