A portable, self‑powered, semi‑silent air purifier delivers micro‑filtered air in any zone through its built‑in HEPA or ULPA filter. Designed to supply ultra‑clean air anywhere, Ventex™ PFFU’s are made of stainless steel casings and may be equipped with a number of standard and optional accessories. The controller features a filter life span indicator, an indoor air quality indicator, a UV light on/off switch, and up to 9 speeds with a turbo mode function for fast cleaning cycles.

A self‑powered, low‑profile, semi‑silent, low‑vibration fan filter unit (FFU) provides a uniform clean stream of HEPA/ULPA micro‑filtered air. Ventex FFU’s™ are made of stainless steel and supplied with pre‑filters, a 3‑speed controller, and may be chain‑linked and remotely controlled to meet cleanliness standards down to Class 1 per ISO14644‑1 standards.

We execute full testing and commissioning of GAFCO installations using certified protocols in accordance with ISO 14644, EU GMP, and FED 209. Advanced diagnostic tools confirm compliance of cleanroom performance and HEPA/ULPA filter integrity. Every installation receives formal validation and a comprehensive performance certificate confirming operational readiness and reliability.

Designed to provide a safe environment for surgical doctors and supporting teams in operation theatres. Surgimask™ systems make surgeries of patients that are infected or known to have permanent contagious diseases possible. The system is designed to collect any droplets or aerosols from the patient during the surgery, providing doctors with access to necessary equipment while isolating the patient and collecting breath for purification into a system equipped with four stages of filtration before circulating clean filtered air back to the room. Equipped with a pre‑filter, a gas‑phase chemical filter, a UV light, and an ULPA filter providing efficiencies up to 99.9995% at 0.1 micron sized particles.

Sand trap louvers are custom built to any size from powder‑coated galvanized steel, designed with specially formed vanes that separate sand and large debris from air intakes. Engineered for harsh outdoor environments, they provide durable pre‑filtration, low air resistance, and long‑lasting protection for indoor HVAC and ventilation systems.

Designed to eliminate cross‑contamination between two cleanrooms during material transfers. Static pass boxes prevent air from flowing from one cleanroom to another, ensuring that not only the cleanrooms maintain their class levels during material movements, but also eliminate the possible disruption of the designed operating conditions, such as air changes, air flow patterns, and sudden or frequent losses of pressure. Static pass boxes are available in a very wide variety of designs and options to meet your specific application requirements.

Configurable single‑stage air filter housings, customized to any air flow volume and may be equipped with a vast range of air filters and optional accessories. Designed for simplified maintenance, constructed from sturdy metals, dynamically built to fine tolerances for a perfect fit, the units are individually leak and pressure tested, and incorporate latching hinges. Doors can swing right, left, or be removed to improve accessibility, featuring single or dual access doors for each section, and may be equipped with a vast range of optional accessories.

We provide scheduled maintenance for all GAFCO equipment, including filter replacement, component servicing, and performance checks. Our technicians ensure consistent efficiency, prevent failures, and extend equipment lifespan.

Class III biosafety cabinets fully enclosed, isolating the product/specimen from the environment and operator for maximum protection. Built and designed to protect product, operator, and environment. Equipped with handling gloves and a smart controller to enable constant auto‑calibration function, a constant 100% exhaust air ratio and inflow velocity of 100 FPM along the filter’s lifespan. Built to either exhaust the HEPA‑filtered air back to the laboratory or exhaust the air outside the facility using a duct connection. They are suitable for work using biological agents without volatile toxic chemicals in BSL‑1, BSL‑2, BSL‑3, and BSL‑4 laboratories.

Equipped with a smart controller to enable constant auto‑calibration function, a constant 100% exhaust air ratio and an inflow velocity of 100 FPM along the filter’s lifespan. Built to exhaust all HEPA‑filtered air outside the facility using a duct connection only (no recirculation). They are suitable for work using biological agents without volatile toxic chemicals in BSL‑1, BSL‑2, BSL‑3, and BSL‑4 laboratories. Available in NSF‑49 design and GAFCO SMART design.

Equipped with a smart controller to enable constant auto‑calibration function, a constant 75% exhaust air ratio and an inflow velocity of 100 FPM along the filter’s lifespan. Built to either exhaust the HEPA‑filtered air back to the laboratory or exhaust the air outside the facility using a duct connection. They are suitable for work using biological agents without volatile toxic chemicals in BSL‑1, BSL‑2, BSL‑3, and BSL‑4 laboratories. Available in NSF‑49 design and GAFCO SMART design.

Class II A2 biosafety cabinets built and designed to protect product, operator, and environment. Equipped with a smart controller to enable constant auto‑calibration and constant 30% exhaust air ratio and inflow velocity of 100 FPM along the filter’s lifespan. Built to either exhaust the HEPA‑filtered air back to the laboratory or exhaust the air outside the facility using a canopy connection. They are suitable for work using biological agents without volatile toxic chemicals in BSL‑1, BSL‑2, and BSL‑3 laboratories. Available in NSF‑49 design and GAFCO SMART design.

Class II A1 biosafety cabinets built and designed to protect product, operator, and environment. Equipped with a smart controller to enable constant auto‑calibration and constant 30% exhaust air ratio and inflow velocity of 75 FPM along the filter’s lifespan. Built to either exhaust the HEPA‑filtered air back to the laboratory or exhaust the air outside the facility using a canopy connection. They are suitable for work using biological agents without volatile toxic chemicals in BSL‑1 & BSL‑2 laboratories. Available in NSF‑49 design and GAFCO SMART design.

Class I biosafety cabinets built and designed to protect operator and environment from the product or specimen. Equipped with a smart controller to enable constant auto‑calibration and constant inflow as the filter clogs. Built to either exhaust the HEPA‑filtered air back to the laboratory or exhaust the air outside the facility using a canopy connection. They are suitable for work using biological agents without volatile toxic chemicals in BSL‑1 laboratories. Available in NSF‑49 design and GAFCO SMART design.

We help you address air‑quality challenges and design optimal environmental conditions for your processes. With extensive experience solving complex air‑quality problems, we deliver tailored solutions built around your needs. Our certified specialists ensure your facility meets the highest global standards while maximizing operational efficiency.

Final filter for clean rooms, Hygiene TXA™ modules ensure target levels of indoor air quality are achieved to protect people and processes at the last stage of air control. Designed to be convenient, easy to install and maintain, Hygiene TXA™ modules accept gel and gasket‑sealed mini pleat HEPA and ULPA filters, come in a wide range of standard and custom sizes as well as optional accessories featuring a top access inlet neck.

GaShield STD™ is a versatile molecular filtration housing designed for laminated and granular gas‑phase filters. It can be customized for any application, with flexible configurations, finishes, and accessory options. Its durable construction and gasket‑sealed access ensure reliable performance with no air bypass.

We assist clients perform filter replacements for critical environments, ensuring correct installation, proper sealing, and safe disposal of contaminated filters. Our trained technicians follow industry best practices to ensure consistent performance, safety, and operational continuity.