11kW exhaust extraction for fiber laser, smoke, exhaust gases
9.259,50 $ nett
Industrial exhaust gas extraction dedicated to laser cutting machines.
Contact our technical advisor - Call for the current price list of models
Phone: 666 877 790
Email: biuro@cel-cut.com
Product description
Industrial exhaust fume extractor for 11 kW fiber laser
The CC-107-TODC-8B (11 kW) industrial exhaust extractor is a reliable filtering device designed for laser and plasma cutting machines. Its 6-stage filter system removes up to 99% of contaminants, especially when cutting with oxygen. High capacity of 9000 m³/h. Three-phase power supply (380 V).
Technical Specifications:
- Number of filters: 6
- Engine: 11kW
- Efficiency: 9000m3/h
- Power supply: 380v, four-wire.
- Weight: 1200 kg
Laser extraction systems
Laser extraction systems are essential for every laser cutting machine, ensuring safe and clean operation. They effectively filter dust, fumes, and harmful gases generated when cutting metal, aluminum, stainless steel, and plexiglass. Our industrial extraction systems offer a capacity of up to 9000 m³/h, filter up to 99% of contaminants, and operate with Siemens motors. Designed for fiber optic and plasma cutting machines, they are ideal for production halls and workshops. Reduce filter wear, improve air quality, and extend machine life – choose a professional extraction system for your laser line.
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 at 666 877 790
Dust and fume extraction for laser cutting machines – price
High-performance 11kW exhaust extraction system designed for laser and plasma cutters. Available starting at PLN 35000 – ask about a discount.
FIBER laser exhaust – effective removal of smoke and dust from laser cutting
Professional FIBER laser extraction is essential equipment for every laser cutter. During laser processing of metals, smoke, fumes and metallic dustwhich not only impair visibility in the work chamber but can also damage the laser optics and pose a risk to the operator. FIBER laser extraction system effectively filters and removes impurities, ensuring clean air and stable operation of the machine.
Industrial fume and exhaust extraction – safety and efficiency
Modern industrial exhaust systems for smoke and exhaust fumes are equipped with HEPA and activated carbon filters that trap fine particles of dust, soot, and gases generated during laser cutting. The efficient filtration system protects both both the operator and the device against the effects of air pollution. This ensures your workstation complies with occupational health and safety standards, while the laser maintains full power and precision.
Laser cutting fume and dust extraction – tailored to your production needs
Offered by us fume and dust extraction systems are adapted to various power and size cutting machines – from compact tabletop devices to high-performance industrial FIBER systems. Each model provides high filtration efficiency, low noise levels and energy-efficient operation. This is an investment that increases work comfort, protects employee health and extends the life of the laser.
Take care of clean air and reliable operation of your laser cutter – choose FIBER laser extraction, which effectively removes smoke, exhaust gases and industrial dust.
Frequently asked questions about choosing exhaust fume extraction for laser cutting machines
1. How to choose the exhaust gas extraction system that suits the power of the laser cutter?
Selection exhaust gas extraction depends laser source power and the amount of pollutants generated. For lasers with power up to 2000 W, devices with an efficiency of 1200 m³ / h, while for more powerful cutting machines (3000–6000 W) an extraction system with a capacity of at least 2000–3000 m³/h with multi-stage filtration and flow regulation.
2. Do FIBER and CO₂ lasers require different extraction systems?
Yes, because FIBER laser i CO₂ laser generate different types of pollutants. FIBER requires a higher suction power extraction system and filtration of metal particles, while CO₂ works better with filters for organic vapors and plastic smoke. The best solution is extractors with replaceable filter modules, matched to the type of laser.
3. How to calculate the required extraction capacity (m³/h)?
Efficiency exhaust gas extraction should be adjusted to the volume of the working chamber and the amount of smoke generated. The approximate flow rate is 10–12 m³/h for every 1 cm² of extraction opening or at least 5-6 air changes in the working chamber per minute. For large industrial cutting machines, it is worth using models above 2500 m³ / h.
4. What does filtration efficiency mean in exhaust gas extractors?
Filtration efficiency determines the percentage of contaminants retained by the filtration system. High-quality exhaust gas extractors for lasers they achieve 99,9% effectiveness thanks to HEPA filters of class H13 or H14, which eliminate particles as small as 0,3 µm. This is a key parameter influencing air purity and laser life.
5. Is it better to have an extractor with a HEPA filter or a multi-stage filtration system?
The best results are achieved multi-stage filtration, in which the HEPA filter is one of the final stages. The system usually consists of pre-filters, HEPA and carbon filters, which allows for the removal of both metal dust and chemical fumes and odorsThis type of extraction is more versatile and more efficient in continuous operation.
6. What operating pressure should a metal cutting exhaust system have?
For effective removal of smoke and dust at laser cutting of metal recommended working pressure is 1800 to 2500 PaHigher values (3000 Pa and above) are used in systems with long ducts or multiple suction points. Stable pressure is guaranteed effective ventilation and protection of the laser optics.
