The performance, cut quality, and lifespan of a fiber laser machine depend critically on its auxiliary equipment. In this category, you'll find engineered solutions designed to complement your cutting system: screw air compressors for assisted cutting and dust collectors with HEPA filtration for a safe environment. This equipment isn't optional; it's the protective barrier for your core investment.
Air Compressors: The most cost-effective assistance gas
Traditionally, laser cutting required expensive tanks of nitrogen (N2) or oxygen (O2). Today, fiber optic technology allows cutting carbon steel, stainless steel, and aluminum using high-pressure compressed air , reducing operating costs by up to 80%.
Critical air requirements for lasers
Not just any workshop compressor will do. For laser metal cutting, the air must meet rigorous standards that our equipment guarantees:
- Stable Pressure (16 Bar / ~230 PSI): Unlike standard 8 Bar compressors, our equipment delivers twice the pressure. This force is necessary to instantly expel the molten metal from the cutting kerf, achieving clean, burr-free edges.
- Dry and Oil-Free Air (Class 0/1): Humidity is the laser's number one enemy. If a micro-droplet of water or oil reaches the laser head, it will adhere to the protective lens. When the laser beam passes over it, that droplet will heat up and burn the lens in milliseconds, potentially destroying the entire optical module.
- Continuous Cycle (Heavy Duty): Our rotary screw compressors are designed to operate at 100% load 24 hours a day, maintaining constant temperature and flow without the fluctuations of piston compressors.
"All in One" (4-in-1) Solution
We offer integrated compressor stations that include, in a single compact chassis: the screw compressor, air storage tank, refrigerated dryer , and high-efficiency line filters. This simplifies installation and saves space in your plant.
Dust Collectors and Fume Extractors
Thermal cutting of metals vaporizes the material, generating dense fumes and microscopic metallic particles (fumes) that are highly harmful if inhaled and dangerous to machinery.
Advanced Filtration Technology
Our BesCutter series collectors use nanofiber filtration cartridges to capture contaminants before they are released back into the plant air.
- Filtration Efficiency: Capable of retaining 99.9% of particles down to 0.3 microns, complying with strict environmental regulations.
- Pulse-Jet Cleaning System: To prevent the filters from becoming clogged and losing suction, the unit automatically fires bursts of compressed air in the opposite direction. This shakes the accumulated dust from the filters into a collection drawer, maintaining optimal airflow without operator intervention.
- Machinery Protection: Metallic dust is conductive. If not properly removed, it can settle in the laser's electrical cabinets, causing short circuits in the drivers or damaging linear guides and precision racks.
Available Models Based on Your Capacity
Selecting the right peripheral depends on the power of your laser and the size of the table:
For Compressors:
- 15HP (11kW): Ideal for 1kW to 3kW cutters cutting thin thicknesses.
- 20HP - 30HP: Recommended for power levels from 4kW to 12kW or large format tables where the flow rate consumption (CFM) is higher.
For Dust Collectors:
- 4 Cores: For single table machines of 3x1.5m.
- 6 Cores or more: For tables with pallet change (interchangeable) or large formats where smoke generation is intensive.
Maintenance and Durability
Like lasers, these devices require basic care to ensure their longevity:
- Condensate Drainage: Although the dryer does the heavy lifting, purging the tank daily is a good practice.
- Filter Change: Replacing the dust collector cartridges and compressor line filters according to the service hour meter ensures that air quality never declines.
At Bestutter , we deliver these systems pre-configured and tested to work in sync with our cutting machines. Don't risk a high-tech machine with dirty air or poor extraction.