Laboratories today demand safety solutions that balance performance, flexibility, and sustainability. One standout innovation is the ductless fume hood—a versatile tool increasingly essential in modern laboratory design.

What is a Ductless Fume Hood?

Unlike ducted systems that connect to building exhausts, a ductless fume hood uses advanced filtration (carbon and/or HEPA) to clean contaminated air before recirculating it back into the lab. This eliminates the need for costly ductwork and provides mobility. lab furniture manufacturers

Advantages of Ductless Fume Hoods

  1. Flexibility: Can be installed anywhere without structural modifications.

  2. Mobility: Easily relocated as research needs change.

  3. Cost Savings: Avoids expensive ducting and reduces energy usage.

  4. Environmental Benefits: Reduces air wastage, conserving conditioned air.

  5. Safety: Filters neutralize hazardous vapors, providing robust protection.

Applications in Laboratory Planning and Design

  • Teaching Labs: Where mobility and budget are key.

  • Temporary Setups: Ideal for pilot projects or short-term research.

  • Supplementary Safety: Used alongside ducted hoods in complex labs.

GD Waldner’s Ductless Fume Hood Solutions

GD Waldner provides ductless hoods that meet rigorous safety standards while delivering ergonomic features like:

  • Low-noise operation

  • Clear visibility with glass sash design

  • Smart airflow monitoring

  • User-friendly digital controls

Integration in Modern Laboratory Design

As part of turnkey laboratory solutions, ductless fume hoods are combined with modular furniture, service spines, and waste systems to create adaptable lab environments. They support the shift toward sustainable labs by minimizing energy-intensive air replacement. laboratory planning and design