£168.89
Add to Cart
Tap Plate Heater By Tap Biosystems
Tap Plate Heater By Tap Biosystems
Tap Plate Heater By Tap Biosystems. Condition is Used as demo. Shipped with USPS Priority Mail.
Biosystems, a UK supplier of cell culture systems and consumables for life science applications, has added a new plate heater to its portfolio. It has been designed for cell biologists requiring accurate and precise temperature control for plates in laminar flow hoods.
The plate heater has a defined temperature range suitable for cell biology use (ambient + 5˚C to 50˚C) and maintains a consistent temperature across its surface ensuring all cells are incubated at the same temperature. The unit also incorporates a lid to help maintain a stable temperature, even when being used inside a laminar flow hood. These features make the device suitable for cell-based and biochemical applications where consistent temperature control is important, for example, incubating cell based assays in microplates, trypsinising cells in cell culture T-flasks or generating reproducible 3D cell cultures with the RAFT (Real Architecture for 3D Tissue) system.
The unit has a footprint only slightly bigger than a standard micro-well plate and has smooth external surfaces for easy spraying and cleaning.
Tap Plate Heater By Tap Biosystems. Condition is Used as demo. Shipped with USPS Priority Mail.
Biosystems, a UK supplier of cell culture systems and consumables for life science applications, has added a new plate heater to its portfolio. It has been designed for cell biologists requiring accurate and precise temperature control for plates in laminar flow hoods.
The plate heater has a defined temperature range suitable for cell biology use (ambient + 5˚C to 50˚C) and maintains a consistent temperature across its surface ensuring all cells are incubated at the same temperature. The unit also incorporates a lid to help maintain a stable temperature, even when being used inside a laminar flow hood. These features make the device suitable for cell-based and biochemical applications where consistent temperature control is important, for example, incubating cell based assays in microplates, trypsinising cells in cell culture T-flasks or generating reproducible 3D cell cultures with the RAFT (Real Architecture for 3D Tissue) system.
The unit has a footprint only slightly bigger than a standard micro-well plate and has smooth external surfaces for easy spraying and cleaning.
