Showing all 4 results

  • HWS Series Horizontal Laminar Flow Cabinets

    Read more

    HWS Series Horizontal Laminar Flow Cabinets

    HWS (Horizontal-flow) Series cabinets are designed to provide a high degree of protection for process products and apparatus in laboratory and production facilities. Many critical applications in the medical, pharmaceutical, scientific and electronics fields demand an ultra-clean work environment that is free from biological and particulate contamination.

  • MK5 Series Safety Cabinets

    Read more

    MK5 Series Safety Cabinets

    The Mk5 Series of safety cabinets from AES Environmental. Designed and built in Australia, Email Air Handling cabinets are ideal for laboratories seeking reliable and easy to use equipment.

    The Mk5 series is manufactured in Sydney, Australia and in full compliance of AS 2252.2, AES Environmental is NATA-accredited and complies with ISO 9001:2008 Quality Certification.

  • UltraSafe Class II Biological Safety Cabinets

    Read more

    UltraSafe Class II Biological Safety Cabinets

    Introducing the new Utrasafe series of Biological Safety Cabinets by AES Environmental, as a long-established manufacturer of microbiological safety cabinets and cleanroom enclosures. With headquarters based in Minto, NSW, this addition to the AES Environmental range adds extra safety and increased focus on operator ergonomics.

    The Ultrasafe series is manufactured in Sydney, Australia and in full compliance of AS 2252.2, AES Environmental is NATA-accredited and complies with ISO 9001 Quality Certification.

  • VWS Series Vertical Laminar Flow Cabinets

    Read more

    VWS Series Vertical Laminar Flow Cabinets

    VWS (Verticalflow) Series cabinets are designed to provide a high degree of protection for process products and apparatus in laboratory and production facilities. Many critical applications in the medical, pharmaceutical, scientific and electronics fields demand an ultra-clean work environment that is free from biological and particulate contamination.