The Pro 1300 is versatile because you can easily process small and large material. This format is perfect for medium to large workspaces.
Highlights
Work faster, deliver faster
Ultrasonic autofocus
2-year full warranty
Dust free guiding rails
Software-controlled air valve
Laser class 1, a.o. due to Siemens safety components
Technical specifications
Maximum table load
200 kg
Weight
650 kg
Electrical load
2x 230 VAC, 50 Hz, max. 2.3 kW
Possible connections
USB-cable and network
Climate
17-23°C, 50-60%
Laser class
Laser class 1
Air supply
Air supply unit with software-controlled valve per layer
Autofocus
Ultrasonic autofocus
Red pointer
Added to the laser beam’s path
Turn-off delay
Timed exhaust shutdown controlled by the machine
Maximum speed
1500 mm/s X-axis, 800 mm/s
Y-axis, 60 mm/s maximum recommended cutting speed*
Maximum acceleration
20.000 mm/s² X-axis, 4000 mm/s² Y-axis
Accuracy
0.1 mm cutting, 420 dpi engraving*
Laser power
90-100 W / 130-150 W
Optimal power load
12-85%
Life expectancy
≥ 10.000 hours at optimal power load
Maximum cutting capabilities (at optimal power load)
90-100 W: 15 mm acrylic, 6 mm MDF
130-150 W: 20 mm acrylic, 8 mm MDF
Included optics
50.8 mm and 101.6 mm
CE Certified
Yes
Safety Requirements for BRM Lasers
BRM Lasers are high-quality laser cutting and engraving systems used in various industries and applications. Ensuring the safe operation of these systems is essential for the well-being of operators and the overall work environment. This detailed overview highlights the key safety requirements and best practices for operating BRM Lasers. By adhering to these safety requirements and best practices, operators can ensure the safe operation of BRM Lasers while minimizing the risk of accidents and injuries. Proper training, maintenance, and the use of safety features contribute to a secure and productive working environment
1. Laser Safety Glasses
Wearing appropriate laser safety glasses is crucial when operating BRM Lasers. These glasses protect the operator's eyes from potential exposure to harmful laser beams and reflections. Ensure that the safety glasses are specifically designed for the wavelength of the laser being used and meet the required safety standards
2. Proper Ventilation and Exhaust Systems
BRM Lasers produce fumes and particles during the cutting and engraving process. To maintain a safe working environment, it is essential to have proper ventilation and exhaust systems in place. These systems help remove harmful fumes and particles, ensuring clean air quality and preventing respiratory issues for operators
3. Laser Safety Training
Operators of BRM Lasers should undergo comprehensive laser safety training, including understanding the potential hazards, best practices for safe operation, and emergency procedures. This training ensures that operators are knowledgeable about laser safety and can prevent accidents and injuries
4. Warning Signs and Labels
Display appropriate warning signs and labels around the BRM Laser workspace to inform operators and other personnel of potential hazards. These signs should clearly indicate the presence of a laser system and the necessary safety precautions to take in the area
5. Laser Safety Interlocks
BRM Lasers should be equipped with safety interlocks, which are designed to disable the laser system if certain safety conditions are not met, such as the laser enclosure being open. These interlocks help prevent accidental exposure to the laser beam and reduce the risk of injury
6. Proper Maintenance
Regular maintenance of BRM Lasers is essential for ensuring their safe operation. This includes cleaning optics, checking for damaged components, and ensuring the proper functioning of safety features like interlocks and emergency stop buttons. By maintaining the system, operators can prevent potential hazards and ensure the longevity of the laser system
7. Emergency Stop Button
BRM Lasers should have a clearly visible and accessible emergency stop button, allowing operators to quickly and easily halt the laser system in case of an emergency. This button helps prevent accidents and injuries by immediately stopping the laser process if a hazard is detected
8. Safe Material Handling
Operators should be trained in proper material handling when using BRM Lasers. This includes understanding the compatibility of materials with the laser system, avoiding the use of materials that can produce toxic fumes or pose fire risks, and properly securing materials to prevent movement during the cutting or engraving process
9. Compliance with Local Regulations
Ensure that your BRM Laser system complies with local regulations and guidelines regarding laser safety and operation. This may include obtaining appropriate permits, adhering to specific safety requirements, and conducting regular safety inspections.
