Leveraging over 30 years of expertise in Automated Cell Culture Technology and our proprietary CELLFLOAT platform, we contribute to advancements in regenerative medicine and drug discovery.
Equipped with a built-in HEPA filter, the CO₂ incubator enables Automated medium change and supports the use of up to three different media types. It accommodates both culture dishes (100 mm / 60 mm) and multiwell plates (6-, 12-, and 24-well), making it suitable not only for maintenance culture but also for differentiation protocols.
By integrating our proprietary automation technologies for cell processing, we can customize solutions to meet each customer’s unique specifications. Automating the handling of large volumes of samplesj, tasks that are challenging to perform manually, enhances both operational efficiency and accuracy.
CELLFLOAT utilizes a cylindrical vessel design and is employed from iPS cell spheroid formation through to differentiation induction.
CELLFLOAT utilizes a hollow, disk-shaped vessel featuring two large ports for sample retrieval, enabling tissue culture up to millimeter-scale dimensions.
Customized CELLFLOAT systems designed to meet your specific requirements. Based on factors such as cell or tissue quantity and size, medium volume, and the need for gas dissolution in the culture medium, we develop, manufacture, and supply dedicated devices and vessels.
CELLFLOAT employs a hollow, disk-shaped vessel and serves as a scale-out system for the CellPet CUBE platform. It is utilized for large-scale cultures in non-clinical manufacturing processes etc.
Without enzymatic treatment, cell spheroids are automatically fragmented or dispersed into nearly uniform sizes through physical processing within a closed-system environment.
A device that enables manual operation of the CellPet FT cell fragmentation system, featuring a compact design suitable for use within a safety cabinet.