CleanTech Laser Blaster Cabinet
The CleanTech LPC-50-CTBC Laser Blaster Cabinet is a self-contained Class I industrial laser cleaning machine that can be used for parts cleaning, rust removal, and surface conditioning. This system is designed for speed, precision, safety, and flexibility, with optional fume extractor and dust collector. It is the only laser blasting cabinet manufactured in compliance with CDRH, FDA and OSHA regulatory compliance.
Handheld
Dual Axis
Finishing
The CleanTech Laser Blaster Cabinet system is the only laser cleaning machine in the world that incorporates the exclusive power of a fiber laser with a handheld laser cleaning head inside an enclosed 30” x 26” work area. The CleanTech Laser Blaster Finishing Cabinet can be customized to best fit any application by selecting a power output ranging anywhere from a 50-Watt finishing class fiber laser to a 300-Watt conditioning class fiber laser.
| Model | LPC-50-CTBC |
| Power Output Range | Ranging from 50W to 300W |
| Laser Safety Class | Class I |
| Operating Mode | Pulsed |
| Cleaning Area Standard | 30” x 26” |
| System Dimensions | 1849.3mm x 904.8mm x 1170.6mm (72” x 35.6” x 46”) |
| Operational Voltage | 120V or 220V, 5 – 15A |
| Unit Weight | 170.1kg (375 lbs.) |
| Operating Temperature | 0-40°C (32°-104°F) |
| Cooling System | Air Cooling |
| Relative Humidity | 40-80% Non-Condensing |
| Process Assist Inert Gas Selection* | Nitrogen, Argon, Carbon Dioxide, Compressed Air |
*For systems equipped with Assist Gas Process Capability
- Laser Cleaning (ablation)
- Surface Texturing
- Surface Conditioning
- Rust and Corrosion Removal
- Anodization Removal
- Coating Removal
- Surface Texturing
- Degreasing
- Mold Cleaning
- Pre-Adhesion Treatment
- Pre-Welding
- Rust and Corrosion Removal
- Aluminum
- Stainless Steel
- Mild Steel
- Titanium
- Copper
- Brass
- Nickel
- Galvanized Metals
- CFRP
- Plastics
- Silicon
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How to choose the right Laser Blaster for you?
Whether a laser is powered by 50 watts or 4 kilowatts, its power consumption by wattage is not the best indicator of the materials processing results it achieves. If that was the case, then there would be no difference between the 2-kilowatt laser cleaning handhelds we manufacture and those made by our competitors. However, not all lasers are created equally. The type of beam emitted by the laser source, the beam’s configuration settings for the specific application it is processing and the overall efficiency of the system all impact a given laser cleaning system’s results as much as—if not more than—its power consumption. Keep reading…
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