Overview of extraction, filtration and cooling
Intelligent technology for clean air and precise cuts
With our harmonised exhaust, filter and cooling systems, we offer you tailor-made solutions for efficient, sustainable and safe production. Our 360° extraction and material suction technology removes cutting emissions exactly where they occur – both above and below the cutting gap. The high-quality filter systems ensure environmentally friendly exhaust air purification and are even suitable for ecologically certified companies.
At the same time, our energy-efficient cooling technology keeps the operating temperature constant, protects the laser source and prevents performance variations. This allows you to benefit from an optimal combination of clean air, high process stability and maximum energy efficiency.
Efficient extraction for maximum cutting quality
Smart exhaust units
Optimised extraction technology is essential for laser cutting in order to achieve first-class cut edges and a smooth manufacturing process. Precise extraction directly above and below the cutting gap ensures that fumes and particles are removed in a targeted manner – for clean materials, clear cuts and efficient production. With our 360° extraction and material suction technology, you can always work safely and efficiently.
The optional smart exhaust units are seamlessly integrated into LaserScout: all relevant performance parameters are automatically retrieved for each job. This means you benefit from an energy-efficient, time-saving and user-friendly solution that guarantees you the highest cutting quality at all times.
Advantages of exhaust units
Optimal air quality in the production area.
Highest cutting quality, anytime, anywhere on the working area.
Suction above and below the material can be controlled separately.
Constant suction pressure across the entire working area.
Adjustment of extraction power directly via the software to suit requirements.
Lower energy consumption, no unnecessary extraction of warm room air.
Turbine brake reduces the table vacuum's coasting time and shortens waiting time.
LaserScout control prevents incorrect operation and manual adjustments.
Neben perfekt geschnittenen Konturen sind für unsere Produkte vor allem die berührungslose und schmauchfreie Bearbeitung enorm wichtig. Die segmentierbare Tischabsaugung kombiniert mit der Absaugung direkt am Schneidkopf hat uns von eurolaser überzeugt und garantiert stets die Erfüllung unserer Qualitätsansprüche.
Klaus Eifler,
Deputy Managing Director, Zipper-Technik GmbH, Germany
Sustainable filter solutions for environmentally friendly production
eurolaser filter systems
Depending on your needs and requirements, we offer various filter concepts for filtering coarse, fine and gaseous substances. Our range extends to industrial solutions that are also suitable for environmentally certified companies. The approval also applies to inhabited mixed-use areas. This allows you to comply with environmental regulations and ensure filtered, clean exhaust air at the end of your cutting process.
Advantages of filter systems
Approved for use in commercial and residential areas.
Modular design, configured according to the application.
Industrial solutions with multi-machine connections possible.
Automatic filter cleaning operation for reduced inspection and maintenance requirements.
If I had known how uncomplicated and easy it is to use the extraction system in combination with the eurolaser, my decision to purchase would have been easier.
Daniel Carmagnani,
Managing Director Carmagnani & SIMPLYCUT
Efficient cooling for maximum laser performance
eurolaser cooling units
Reliable and energy-efficient cooling is crucial to ensuring the consistent performance of your CO₂ laser. High-quality water cooling units keep the temperature stable, enabling consistently high cutting quality and process speed. Temperature controllers and precise monitoring systems ensure optimal operating conditions at all times – for maximum laser performance at all times.
Advantages of cooling units
Energy-efficient cooling for stable operation and low energy consumption.
Constant laser power for consistent cutting and engraving results.
Stable temperature prevents performance fluctuations caused by environmental conditions.
Increased service life of the CO₂ laser beam source through constant cooling.
Maximum laser power through ideal operating temperatures.
Waste heat utilisation for heating production rooms.
Automatic temperature monitoring prevents misfires and wear.
Flexible location reduces heat exposure in the work area.
Overview of laser machine sizes
The laser equipment is available for all machine models
M-Line: M-800, M-1200, M-1600
The M-Line offers working areas with a width of 1,330 mm (52.3") and a maximum length of 1,630 mm (64.1"). It is ideal for precision cutting applications and small-format materials. Various working areas and laser power options enable a tailor-made system configuration.
L-Line: L-1200, L-3200
With working areas 1,800 mm (70.8") wide and a maximum length of 3,200 mm (125.9"), the L-Line is designed for manufacturers who need to process larger workpieces. It is ideally suited for processing rolls, sheets and panels.
XL-Line: XL-1200, XL-1600, XL-3200
The XL-Line is designed for the efficient and precise processing of large-format materials, such as acrylic and wood panels or wide textile rolls. It offers working areas with a width of 2,270 mm (89.3") and a maximum length of 3,200 mm (125.9").
2XL-Line: 2XL-3200
The 2XL-Line is specifically designed for companies that require precise cutting of extra-large formats. With a working area of 2,740 x 3,200 mm (107.8" x 125.9"), it is ideally suited for specialised large-format applications.
3XL-Line: 3XL-3200
With a working area of 3,210 x 3,200 mm (126.3" x 125.9"), the 3XL-Line is designed for demanding production environments and the processing of oversized materials. It combines maximum format size with high precision and efficiency.
Questions about laser equipment
Unused table areas should be covered during cutting in order to concentrate the extraction power specifically on the workpiece.
This prevents the extraction system from drawing air from unused areas. As a result, less suction power is lost, secondary air is reduced and the efficiency of the extraction system increases.
The result: cleaner cut edges and optimised machining results.
Consistent suction performance across the entire working area is ensured by up to 6,400 individual suction points or a continuous honeycomb structure with thin support bars. Since suction has a decisive influence on cutting quality, we guarantee consistently high cutting precision at every point on the table.
After the cutting emissions have been extracted from beneath the material, they are directed into individual extraction segments and compressed there. This creates a strong vacuum, which ensures high extraction performance. The emissions are then further concentrated into a few outlets, which further enhances the effect. This optimises the extraction directly at the cutting gap.
The adjustable extraction system enables energy-efficient processing. Both the strength of the vacuum and the activated extraction sections of the table can be individually adjusted. Unused areas can be switched off, reducing energy costs. In addition, the room climate is only minimally affected. Precise fine adjustments allow the extraction system to be optimally tailored to your material and specific application.
Our extraction concept ensures maximum efficiency directly at the cutting gap. Segmented extraction zones concentrate the suction power on a small area, minimising power losses due to secondary air. This keeps the extraction power constant and effective.
In contrast, many conventional systems use large-area extraction via a V-shaped substructure with a central turbine outlet. This distributes the suction power inconsistently, especially with long cutting gaps. The result: increased secondary air flow, decreasing extraction power over time, uneven cutting edges and increased smoke formation. eurolaser, on the other hand, relies on several smaller extraction turbines that specifically serve individual table areas. This ensures full extraction power at all times.
In closed table systems, the ambient air is often extracted via side extraction slots, usually at the rear. This can cause smoke particles and dirt to be drawn across the material. eurolaser prevents this undesirable side effect by additionally using an upper extraction system.
The upper extraction system ensures effective removal of the cutting emissions produced. This technology is particularly advantageous when the lower extraction system is limited in its function – for example, in engraving or kiss-cut applications where the material is not completely cut through. In such cases, the emissions cannot be extracted downwards through the cutting gap. Instead, the upper extraction system captures the air consistently and circularly around the laser beam and directs it straight upwards.
Depending on your needs and requirements, we offer various filter concepts for filtering coarse, fine and gaseous substances. Our range extends to industrial solutions that are also suitable for eco-certified companies.
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