Exhaust gas extraction for laser cutting machines 7,5kW CC-107-TODC-6B
7.407,60 $ nett
Industrial exhaust gas extraction dedicated to laser cutting machines.
Product description
Exhaust gas extraction for laser cutting machines
Dust extraction dedicated to laser and plasma cutting machines.
Take care of clean air in your hall – choose the CC-107-TODC-6B industrial exhaust gas extractor with a power of 7,5 kW, designed specifically for work with laser and plasma cutting machines.
Equipped with 6 efficient filters and a Siemens 7,5 kW engine, the device provides effective removal of 99% of contaminants, especially when cutting in an oxygen shield. It is perfect for industrial environments where safety, efficiency and compliance with health and safety standards are key.
Technical specifications of the laser exhaust:
- Number of filters: 6
- Engine: 7,5kW Siemens.
- Efficiency: 6000m3/h
- Power supply: 380v, four-wire.
- Weight: 900 kg
Dust and fume extraction: key benefits:
- Safe laser work – effective dust and fume filtration
- Protecting the health of operators and extending the life of machines
- Compatible with most CNC cutting machines
- Simple installation and reliable operation
Consult a technical advisor – Ask about implementation and service by phone. 666 877 790
Frequently asked questions about the operation and performance of exhaust gas extractors for laser cutting machines
1. Is the capacity of 1500 m³/h enough for a 3000 W cutting machine?
Efficiency 1500 m³ / h this is the minimum value for smaller cutters, but with 3000 W laser It is recommended to extract at least 2000–2500 m³/hThis airflow capacity will ensure effective removal of smoke and metal dust and protect the laser optics from contamination.
2. How to choose the diameter of the exhaust pipe?
The diameter of the cable depends on extraction efficiency and length of the installation. For devices with a capacity of 1500–2500 m³/h, pipes with a diameter of 150--200mmA channel that is too narrow will restrict flow and increase noise, while one that is too wide will reduce suction speed. It is best to use as few as possible short and smooth wires with a minimum number of elbows.
3. Does the exhaust system have to have its own filter system if the hall has central ventilation?
Tak. General ventilation of the hall will not replace local filtration system required for laser cutting. Machine extraction removes contaminants directly at the source, before they disperse into the air. Central ventilation cannot contain the dust and gases generated by laser cutting of metal.
4. Can one extraction unit be connected to several laser cutters?
Technically it is possible, but it requires system with distributors and check valveswhich prevents the backflow of contaminants. In practice, it is recommended to use separate extraction for each cutting machineto maintain adequate pressure and filtration efficiency. For large industrial halls, a central extraction system with modular filtration may be considered.
5. How often should the filters in the exhaust system be replaced?
The frequency of filter replacement depends on laser intensity and the type of materials being cut. Under standard conditions, pre-filters are replaced every 1–2 monthsand filters HEPA and carbon co 3-6 monthsRegular maintenance ensures the maintenance filtration efficiency of 99,9%.
6. What are the symptoms of a clogged HEPA or carbon filter?
The most common symptoms are decrease in suction power, increase in noise and an unpleasant odor in the cutting area. In many industrial exhaust systems, the system automatically signals when the filter is clogged.
