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Laser Fume Extractor CDC 80c

Laser Fume Extractor CDC 80c

Apzem CDC80C Laser Fume Extractors are specially designed extractors catering the needs of medium to heavy duty metal and non metal dust and fumes exrtaction in Laser marking, Laser Engraving, Laser cutting & welding applications.CDC80C Laser Fume Extractors are specially crafted compact extractors that are easily portable and lightweight. It comes with caster wheels with lock. For Cleanroom Applications SS constructed extractors are used.

Specifications:

Model No. CDC80C
Dimension 675mm (L) X 365mm(W) X 475mm(H) 
Cabinet construction Powder coated mild steel
Flow rate(CMH/CFM) 255/150
Vacuum (Max) 10 kpa
Electrical Data 1.2 kw , 230V AC, 50Hz/60Hz Single phase power supply
Noise level < 65 dBA (at typical operating speed)
Weight 30Kg
Stages of Filtration Three stages of filtration
• Pre filter 
• HEPA Filter 
• Odour / chemical  Filter
Pre filter specifications
Filter media Nonwoven Polyester Needle felt 
Filter media construction Pleated bag with snap mounting
Filter efficiency 99% @ 2microns
Air inlet 130mm
HEPA filter specifications
HEPA Filter media Micro Glass Fibre
HEPA media construction 50mm Mini pleat construction
Filter housing Anodised Aluminium
Filter Efficiency ≥99.99% @ 0.3microns
Odour / chemical Filter
Media  Treated Activated carbon
Media weight  1.5kg

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LASER FUME EXTRACTOR

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Frequently Asked Questions

The CDC80C is a high-performance fume extractor designed specifically for laser cutting, engraving, and marking applications. It's equipped with advanced filtration technology to effectively remove hazardous fumes and particulates from the air.

Yes, safety considerations include proper installation and placement of the extractor to ensure effective capture of contaminants, regular maintenance to prevent filter saturation or malfunction, and compliance with relevant safety regulations and guidelines for laser operations.

Yes, Laser Fume Extractors can be designed to handle various types of lasers, including CO2 lasers, fiber lasers, diode lasers, and Nd lasers. The extractor's specifications and filtration system should match the specific requirements of the laser process.

Yes, many manufacturers offer customization options to tailor the Laser Fume Extractor to specific laser applications and requirements. This may include adjustments to airflow, filtration efficiency, hood size and shape, and other features to meet the needs of the user.

Laser cutting, engraving, marking, and welding processes generate fumes, smoke, and particulates that can be harmful to health if inhaled. A Laser Fume Extractor helps protect the health and safety of workers by removing these contaminants from the air.

A Laser Fume Extractor typically employs a combination of filters, such as HEPA filters and activated carbon filters, along with a powerful fan or blower to capture and remove fumes and particulates. The filtered air is then recirculated back into the workspace, while the contaminants are trapped within the filters.
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