Rubicon DE2000 Twin Motor Hepa Dust Extractor

Rubicon DE2000- Single Phase Two Motors HEPA Dust Extractor With 10AMP Plug

The RubiconDE2000 is a high-performance HEPA dust extractor designed for professional use. It features a two-engine system with advanced filtration for superior dust control. The main filter and two H13 HEPA filters ensure a minimum efficiency of 99.99% at 0.3 microns, meeting new silica standards. Ideal for building, grinding, plaster, and concrete dust.

Key Features Of De2000

• Formally certified by SGS with safety standard EN 60335-2-69:2016. Ideal for high-risk materials.
• H13 HEPA filter meets EN1822-1 and IEST RP CC001.6 standards.
• Efficiently cleans the pre-filter without opening the vacuum, maintaining smooth airflow and minimizing dust hazards.
• Operates each of the two motors independently for customizable power levels.
• Continuous drop-down bag system for simple, dust-free bag changes
• Can be lowered to 103 cm for easy transport

Ideal for handling building, grinding, plaster, and concrete dust. Ensures a clean and safe workspace with an efficiency of >99.99% at 0.3μm.

Colour Accuracy Disclaimer: We have taken care to display the most accurate visuals of our products. However, we are not responsible for the colour accuracy of the device you are viewing our swatches on. These variations arise due to different computer monitors and devices (make, model and technology, as well as resolution, contrast and brightness control settings) in much the same way a scan will differ from an original image and a colour photocopy. Furthermore, coatings can exhibit variation in perceived colour depending on gloss level and application method. If you require a very specific colour match, please make your selection via actual swatches and colour boards available at our showroom.

Product Disclaimer: Ensure you read all product, technical and safety data sheets prior to application as liability falls on the applicator. All products must be applied in accordance with manufacturer’s recommended method.