Exhaust gas extraction for a 5,5kW laser cutter
5.820,26 $ nett
Industrial exhaust gas extraction dedicated to laser cutting machines.
Product description
5,5 kW exhaust extractor for lasers and plasmas
The CC-107-TODC-4B (5,5 kW) exhaust extractor is a high-quality filtration device designed for laser and plasma cutting machines, ideal for Polish workshops and industrial plants. Equipped with a powerful three-phase motor, it delivers an output of up to 4500 m³/h and effectively removes up to 99% of dust and fumes generated when cutting metal and stainless steel.
Its robust housing, quiet operation, and low maintenance make it a reliable solution for intensive production environments. Install an efficient exhaust system and improve safety and air quality in your facility.
Technical specifications of the exhaust extractor:
- Number of filters: 4 Motor: 5,5kW Siemens.
- Efficiency: 4000m3/h
- Power supply: 380v, four-wire.
- Weight: 700 kg
Why is it worth asking?
- We offer leasing and technical support, so contact us today for a complete B2B offer.
- One of the lowest prices available on the market
- Why overpay - Call now. 666 877 790
Dust and fume extraction for laser cutting machines – price
5,5 kW exhaust extraction system for high-performance lasers and plasmas. Available starting at PLN 22000 – inquire about financing.
Exhaust and dust extraction for a laser cutter – effective filtration and work safety
When cutting metals with a laser, smoke, dust and gaseswhich may negatively affect the operator's health, the cleanliness of the hall and the life of the machine itself. Professional exhaust and dust extraction for a laser cutter is a device that effectively removes impurities from the working chamber, ensuring clean air and stable operating conditions for the laser.
Modern extraction and filtration systems are equipped with multi-stage filters – including HEPA and carbon filters – that eliminate even microscopic smoke and metal particles. cutting quality and visibility in the working area are improved and user safety. Properly selected extraction reduces the risk of contaminants accumulating on the laser optics and components.
Offered by us exhaust and dust extraction are adapted to various types of laser cutting machines – from compact FIBER models to large industrial CNC machines. Each system is characterized by high efficiency, low noise level and easy operation. This solution meets current occupational health and safety and environmental standards in the manufacturing industry.
Invest in efficient exhaust and dust extraction for a laser cutter and ensure the cleanliness, safety and trouble-free operation of your equipment.
Frequently asked questions about the service and operation of exhaust gas extractors for laser cutting machines
1. Does the exhaust gas extraction system require periodic technical inspections?
Tak. Exhaust gas extractors for laser cutting machines should be regularly inspected to maintain full efficiency and operational safety. Technical inspections are recommended every 6-12 monthsThis includes checking the tightness of the ducts, the condition of the filters, the fan, and the pressure sensors. Regular servicing prevents a decline in filtration efficiency and extends the life of the device.
2. How to clean the filter in a laser extraction unit?
In most cases, filters in laser haul-offs are exchangable, but some models allow cleaning pre-filters Compressed air or a gentle industrial vacuum cleaner. Never wash HEPA filters with water or solvents—this can damage their structure. After cleaning, it's worth checking the airflow and condition of the seals.
3. Can I replace the filter myself or do I need service?
In most cases filter replacement (pre-extraction, HEPA and carbon) can be done independently, according to the manufacturer's instructions. This requires turning off the device, disconnecting the power supply and following health and safety regulations. If the extraction is part of integrated filtration system or operates continuously, the replacement should be carried out by a technical service.
4. How to monitor filtration efficiency in an industrial exhaust system?
Modern industrial exhaust systems have differential pressure sensors that inform about filter wear. The control system displays messages or service indicators when the flow drops below the norm. Additionally, you can measure air flow rate (m³/h) or regularly check the condition of the filters visually. In the absence of automatic systems, it is worth conducting maintenance log.
5. Does the laser exhaust system use a lot of electricity?
Energy consumption depends on fan motor power and operating time. A typical industrial extractor with a capacity of 2000–3000 m³/h draws approx. 0,8–1,5 kWh energy, which is a small fraction of the consumption of the laser cutter itself. Modern devices use IE3/IE4 energy-saving motors and automatic speed control that reduces power consumption.
