The Screenpod PV300D is a powerful, compact self-contained industrial vacuum equipped with an extensive range of attachments. Fully mobile, it efficiently handles a wide variety of materials, from fine dust to large debris, for both indoor and outdoor applications. Featuring a high-capacity integrated skip for material collection, it can be easily emptied using a forklift.

PORTAVAC PV300D

Capable of handling a wide range of materials across various applications.
Dual power options allow operation from either the onboard generator or an external supply.
Equipped with an 18.4kW (25 HP) EU Stage V / EPA Tier 4 Final Caterpillar Engine.
Features a large-capacity fuel tank with an easily accessible filler cap and level gauge.
Fuel-efficient diesel engine that requires no after-treatment or AdBlue.
Integrated plug for connection to a standard 32 Amp 3-Phase Power Supply.
High-capacity blower fan delivers long-range suction power.
Capable of vacuuming materials from fine dust up to 40mm debris.
Integrated skip with a spacious capacity for efficient material collection.
Skip includes a built-in tipping mechanism for easy material discharge.
Raise/lower mechanism simplifies skip removal and installation.
User-friendly interface ensures straightforward operation, complete with an emergency stop for shutdown.
Advanced air filtration system removes 99.7% of airborne particulate matter.
Easily replaceable bag and HEPA filter elements.
A variety of attachments with different hose sizes available.
Long, flexible hoses extend reach to hard-to-access areas.
Low operating costs with minimal maintenance requirements.
Compact design with low noise emissions for easy transport.
Access doors and removable panels facilitate service access.
Suitable for both indoor and outdoor applications.

Benefits:

Greatly minimizes dust exposure risks for employees.
Dust remains contained within the unit, eliminating airborne hazards.
Reduces dust and debris accumulation on equipment, decreasing the likelihood of breakdowns.
Promotes a cleaner workplace by minimizing visible dust and debris on-site.
Offers a significantly faster and more efficient alternative to manual clean-up methods.
Simplifies general housekeeping, making it quicker and less labour-intensive.
Lowers clean-up and maintenance expenses.
Effectively cleans areas that are hard to reach with traditional methods.
Capable of handling larger materials compared to standard vacuums.
Facilitates the quick extraction and recycling of materials typically disposed of.
Extremely easy to empty with minimal manual effort.
Fully mobile and self-contained, providing a clean-up solution wherever needed.

Clean-Up Applications Include:

Wood Recycling & Timber Production
Construction & Demolition Waste Processing
Quarries & Aggregate Production
Cement & Concrete Production
Pharmaceutical and Food Processing
Brick, Block & Tile Production Plants
Glass Recycling and Production Plants
Lime & Gypsum Production
Grain Processors and Agricultural Operations
Recycling Yards
Mining Operations
Demolitions Sites
Ship Unloading & Ports
Steel Mills & Foundries
Asphalt Production Plants
Pulp & Paper Mills
Fertiliser Production Plants
Power Station Maintenance

How it Works:

The machine consists of 2 sections, the main body and the skip, otherwise known as the ‘drop hopper’.
The drop hopper sits tight to the main body, creating an airtight seal.
The main body contains a powerful blower fan which, during operation, creates a vacuum within the drop hopper.
A hose is connected to the main body via a coupling on the front. The hose can be fitted with various attachments for catching dust & debris, similar to a conventional vacuum cleaner.
The vacuum produced within the drop hopper generates a suction through the connected hose, allowing any dirt & debris to be sucked up through it.
As the material is sucked into the machine, it falls into the drop hopper. During operation, material will continue to collect here until the hopper is full.
Any airborne dust will be captured by the incorporated air filtration system.
Once full, the hopper can be emptied by simply removing it from the machine and tipping out the material within it via the in-built tipping mechanism.
It can then be refitted, and the machine is ready to go again.