Discover effortless containment with our Fume Hood range, perfect for low-volume applications. The Fume Cupboard Company offers a mobile and energy-efficient alternative to fixed ducted models.
Filtered Fume Cupboards – Safe, Flexible Laboratory Extraction
Filtered fume cupboards (also known as ductless fume cupboards) are essential for laboratories seeking safe, mobile, and cost-effective chemical containment. At The Fume Cupboard Company, we design and supply cutting-edge solutions that combine modern filtration technology with intuitive touchscreen control. Our units deliver superior airflow performance, chemical protection, and unmatched flexibility for a wide range of applications.
Hassle-Free Installation with Filtered Fume Cupboards
Unlike traditional ducted cupboards, filtered fume cupboards require no fixed ductwork or costly installation engineers. This plug-and-play solution reduces downtime and overheads while maintaining compliance with HSE fume guidance.
In addition, portability allows cupboards to be moved easily, providing access to restricted areas or enabling laboratories to adjust layouts quickly. For more details on the benefits of ducted alternatives, explore our page on Isoflow Ducted Fume Cupboards.
No Ducting Required
Internal filters remove the need for expensive PVC ductwork and planning permission.
BS EN 14175
Our fume cupboards meet BS EN 14175 certification, guaranteeing safety standards compliance. Automated alarms provide added safety measures, ensuring peace of mind in your workspace.
Delivery & Installation
From design of the project to final testing and sign off, we can help you achieve the perfect solution.
Your Choice Of Filters
Carbon, HEPA, or ULPA filters cater to a wide variety of scientific applications & processes.
Customised Filtered Fume Cupboard Solutions
Every laboratory has unique needs. That’s why The Fume Cupboard Company offers tailored ductless solutions, adjusting dimensions, filters, taps, and storage to your requirements.
For projects that demand precise airflow or special containment, our team also provides LEV Testing and Compliance Services to ensure ongoing safety.
Circulaire® Filtered Fume Cupboards for Maximum Protection
Our Circulaire® filtered cupboards deliver superior chemical filtration. They use extra-large Activated Carbon filters for vapour removal and HEPA filters for particulate containment.
Compared with competing systems, these filters are up to 30% larger and significantly deeper – resulting in longer life and more effective extraction. To learn more about compliance with UK laboratory standards, see COSHH Regulations.
Safety and Compliance Built Into Every Unit
All our filtered fume cupboards comply with BS 7989:2001 for filtration cupboards and COSHH regulations. Durable cabinet frames, chemically resistant work surfaces, and easy-access filter assemblies ensure safe long-term operation.
We also offer Fume Cupboard Servicing & Maintenance packages, ensuring your system continues to meet safety standards year after year.
Advanced Control with Visionaire® Touchscreen
Our Visionaire® control interface provides advanced monitoring, operator alerts, and automatic Eco Mode to reduce energy use. This ensures your filtered fume cupboard operates safely, efficiently, and fully compliant with UK standards.
At The Fume Cupboard Company, our filtered fume cupboards provide safety, flexibility, and compliance – backed by decades of experience in laboratory extraction.
Download the Ductless Fume Cupboards brochure
Ductless Fume Cupboards FAQ
What Is A Ductless Fume Cupboard?
A ductless fume cupboard is a laboratory containment device that recirculates air through internal filtration systems instead of venting it outside. It draws in hazardous fumes, vapors, or gases, filters them through various stages, including HEPA and activated carbon filters, and releases purified air back into the environment. Ductless fume cupboards offer flexibility in placement, cost-effectiveness, and energy efficiency but may have limitations in handling certain substances and require regular filter maintenance.
How Does A Ductless Fume Cupboard Work?
A ductless fume cupboard draws in hazardous fumes through a front opening or sash. Inside, the air passes through a series of filters, including pre-filters, HEPA filters, and activated carbon filters. These filters remove particulates, microorganisms, and chemical vapors, purifying the air before recirculating it back into the laboratory environment. Regular filter maintenance is essential for continued safety and effectiveness.
What Type Of Filter Do I Need In My Ductless Fume Cupboard?
In a ductless fume cupboard, you typically need a combination of filters to effectively remove hazardous substances. Pre-filters capture larger particles and prolong the lifespan of subsequent filters. HEPA (High-Efficiency Particulate Air) filters trap small particles and microorganisms, ensuring clean air release. Activated carbon filters adsorb chemical vapors and odors, enhancing safety. Depending on the specific applications and contaminants, additional specialty filters like molecular sieves or gas-phase filters may be necessary. Regular monitoring and replacement of filters are crucial to maintain the fume cupboard’s effectiveness and safety standards. Always consult with a qualified professional to determine the appropriate filter configuration for your specific needs.
What’s The Difference Between A Ductless and Ducted Fume Cupboard?
A ductless fume cupboard recirculates air through internal filters, while a ducted fume cupboard exhausts air outside via ductwork. Ductless systems are flexible in placement, cost-effective, and energy-efficient but have limitations in handling certain substances and require regular filter maintenance. Ducted systems require ductwork installation and ongoing maintenance but offer higher containment capacities and are suitable for a wider range of applications. Ductless fume cupboards are ideal for small-scale operations or where ductwork is impractical, while ducted systems are commonly used in larger laboratories or industrial settings where higher containment levels are required. Choosing between them depends on factors such as space availability, budget, and the types of substances being handled.