The Robot Cleaning Machine combines the precision of laser technology with the dexterity of robotics. It can be used to clean, texture, and even mark surfaces.
With its long reach and multi-axis movement, the robot arm moves the laser head and adjusts the angle as needed for the application. This makes it the ideal solution to process:
An extraction nozzle is installed on the robot arm to capture dust and fumes at the source. This is essential to prevent recontaminating surfaces or damaging connections and electronic components.
Proper extraction also improves the quality and repeatability of the laser process by making sure the laser beam is not partially blocked by dust or diffracted by fumes. Extraction is optimized for your application and continuously monitored to detect any issues.
As a flexible solution, the machine dimensions and equipment location can be adjusted to fit the reality of your production floor. Various part loading options are available to match your part dimension and complexity.
The robot and laser can also be programmed for multiple operations, making it possible to switch from one production model to another.
With the laser head mounted on a 6-axis robotic arm, the laser has the perfect angle every time, making it easy to process complex shapes.
When the laser beam overshoots beyond the edge of a part, it can damage sensitive components if it has the wrong angle. Advanced control over the laser angle protects sensitive components from the laser beam and its reflections.
Because every detail counts, our experts get involved at each step of your project—from the optimization of the laser process to on-site adjustments. This is what allows us to provide the optimal solution in terms of quality and speed.
Adjusting the laser process based on your feedback, improving specific properties (like bonding, thermal transfer, or electrical resistance), and providing on-site support at any time with complete knowledge of the solution. Those are just a few examples.
The robot cleaning machine is built to offer you peace of mind for the next 10+ years with minimal maintenance. It comes equipped with a complete fume and debris collection system and is compliant with industrial robotic standards. It operates 24/7 in the harshest industrial environments.
As a turnkey solution, this automated machine complies with international laser safety standards. It creates a 100% laser safe work environment that does not require personal protective equipment.
The machine configuration can be fully adjusted to your part’s size and your preferred loading configuration.
Operators or robots can load parts by opening a door and placing parts on a fixed table inside the robot cell. Door loading is ideal for shorter cleaning operations that easily fit within your cycle time.
Part loading can be performed using common industrial conveyor systems provided by Laserax.
Operators or robots can load parts into the robotic cell by placing them onto a rotary table. This configuration reduces the cycle time of the cell by allowing parts to be loaded and unloaded while a part is being cleaned.
If you want to work with a specific robotic arm, we can adapt the robotic cell to your requirements. The cell can work with robots from major robot supplies such as ABB, FANUC, KUKA, or others.
The machine can be customized to fit your production floor. We will work with you to optimize the robot cell’s footprint for your actual production environment, moving its components as needed. For example, the electrical cabinet and control panel can be remotely located to minimize the footprint as well as facilitate operations and maintenance.
The machine offers a wide range of laser power configurations. A higher power increases the surface treatment speed, allowing you to meet more challenging cycle times.
The standard HMI control panel provides easy access to laser and robot cell parameters:
| Category | Specifications |
|---|---|
| Laser Process | Cleaning, Texturing, Engraving, Marking |
| Part Material | Nickel-plated steel, aluminum, copper, stainless steel and all metals |
| Laser Power | 100–3000W Single or Multi-mode based on application |
| Laser Type | Ytterbium-doped fiber |
| Wavelength | 1064 nm |
| Laser Source MTBF | 100,000 hours |
| Industrial Robot | ABB, FANUC, KUKA, others |
| Part Loading Options | Front Door, Inline Conveyor, Rotary Table Other options available upon request |
| Laser Cooling | Air or Water-cooled - Based on Laser Power |
| Fumes Extraction | Localized, optimized for the application |
| System Control | Industrial PLC with Laserax LXQ Controller, Web Interface on Operator HMI |
| Communications | Ethernet/IP, PROFINET, EtherCAT (other options available) |
| Power Requirements | 480V/60Hz or 400V/50Hz |
| Power Consumption | From 18kW to 30kW (Varies from Laser Power) |
| Air Supply | Filtered – 80 psi minimum |
| Operating Humidity | < 70% |
| Operating Temperature | 15°C to 45°C *Cooling options available |
| Vision | Available as an option based on the application |
| Robot Enclosure | Class-1 certified laser safety enclosure with interlocked doors |
| Typical Workspace* | 2000 mm x 950 mm x 950 mm *To Validate with Laser Process |
| General Footprint (W x D x H) | 4 m x 4 m x 3 m |
| Typical Robot Reach | 2000 mm to 2300 mm |
| Typical Robot Payload | 40-70 kg |
The robot laser cleaning machine can be configured to remove any types of surface contaminants from metals, including oxides, oils, paints, and various coatings. If required, it can also texture surfaces to improve properties like adhesion.
Here are common applications for this machine.
The robot laser cleaning machine has the reach and freedom of movement needed to clean both the edge of battery housings as well as the bottom plate. This is ideal to prepare them for liquid sealants used for gasketing and for thermal adhesives.
The robot laser cleaning machine is ideal to remove epoxy from the connector tabs of e-motor stators. The robot’s precise control over the laser angle makes it easier to protect nearby electronic components from the laser beam and its reflections.
The robot laser cleaning machine is ideal to process the complex shapes of e-motor components. It is used to prepare various components of the e-motor assembly for sealants, thermal adhesives, structural adhesives, and other types of adhesives.
Whether you need on-site or remote support, our engineers and laser experts can rapidly identify the cause of your problems, making sure your production operations are up and running in no time. With the machine’s optional remote functionalities, remote support is secure and always available.
Before investing in a robot laser cleaning machine, you can send us your parts for cleaning. We will work with you to optimize the laser process based on your speed and quality requirements.
The Rotary Cleaning Machine is the most efficient laser cleaning solution on the market. It is assisted by a robot arm that fixes parts onto the rotary table while the laser process takes places in the enclosure.
The Door Cleaning Machine is a fully automated solution that is simple, compact and easy to integrate in existing robotic cells.
The LXQ-HP is the high-power fiber laser system that powers our cleaning machines. This OEM system is optimized to clean and texture metal surfaces and can be integrated into custom solutions.