2027 results found
    1. CO2 Inkubator ICO

      CO2 Inkubator ICO

      The Memmert ICO CO₂ incubator is designed to provide stable, homogeneous cultivation conditions for delicate cell cultures across research, development and clinical applications. Precise temperature control, active humidification and dehumidification plus optimised airflow management ensure condensation-free stability inside the working chamber at 37°C and 95% RH. The ICO CO₂ incubator’s reliable, reproducible growth environment makes it ideally suited for even the most sensitive cell culture applications.

    2. Coflore ACR

      Coflore ACR

      The Coflore ACR is a benchtop flow reactor suited for process development. Consisting of 10x reactor cells connected in series that are actively mixed, the ACR behaves as 10 CSTRs and is ideal for labs that require a multipurpose reactor that has a clear scale up route (via our ATR and RTR systems). There are many literature examples of processes developed in the laboratory that have been scaled up into a production plant. The actively mixed nature of the Coflore ACR also enables you to develop multiphasic processes such as hydrogenations, and crystallisations.

    3. Coflore ATR

      Coflore ATR

      The Coflore ATR is a pilot/production scale flow reactor suited for a wide range of processes including multiphasic reactions with slurries. With a variable reactor volume between 350 mL and 10 L within a single footprint, the ATR offers versatility in developing processes at pilot scale and then taking them forward to production in the same reactor. For a 5 minute residence time, a 10 L ATR can process ~80,000 L per month. AM Technology are well versed in providing systems into a range of environments with varying regulatory and technical requirements such as ATEX and GMP.

    4. Combined Breather Valve and Flame Arrester

      Combined Breather Valve and Flame Arrester

      Pressure / Vacuum Relief Valves with integrated Flame Arrester These valves are used to protect plant components (e.g. tanks, pipelines) from exceeding maximum allowable operating pressures and vacuum. They offer additional protection against atmospheric deflagration, and some valves also protect against endurance burning. 10% Technology 10% full-lift technology results in product savings (possible reduction of product losses greater than 30%). Extreme Tightness Lowest possible product losses and reduced environmental pollution. Integrated Flame Arrester Protection against atmospheric deflagration and endurance burning.