The FluidX™ Next-Gen Jacket Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidX™ Next-Gen Jacket Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidX™ Next-Gen Jacket Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidX™ Next-Gen Jacket Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidX™ Next-Gen Dual-coded Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidX™ Next-Gen Jacket Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidX™ Next-Gen Dual-coded Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidX™ Next-Gen Dual-coded Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidX™ Next-Gen Jacket Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidX™ Next-Gen Jacket Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidX™ Next-Gen Dual-coded Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidX™ Next-Gen Jacket Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidX™ Next-Gen Dual-coded Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidX™ 0.2ml External Thread, 2D-coded Tube is developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidX™ Next-Gen Dual-coded Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The AcoustiX™ tube allows researchers to combine the benefits of FluidX™ 2D-coded Tubes and the Labcyte ® Echo ® Liquid Handler, providing the drug discovery process with the robust assay data quality and an increase in compound consumption efficiency when compared with current, conventional methods.
The XSD-1 is the first-of-its-kind single tube capper/decapper in the industry, providing a low-cost, reliable solution for managing the automated capping and decapping of single larger sized master sample tubes such as centrifuge, cell culture and even glass tubes
FluidX Xcap™ is a semi-automatic system for TPE septum cap sealing of sample tubes and micro plates in 96-well SBS formats, offering secure storage tube sealing to preserve sample integrity and audit trails in biobanks, compound libraries and other high-throughput storage applications
FluidX XDC-96 is a compact, standalone, high-speed whole rack tube de-capper and capper that automatically removes, recaps or disposes of septum caps from a full 96-format SBS rack of sample storage tubes; can also be integrated into automated sample storage and handling environments
The FluidX™ XTL Automated Tube Labeller is a highly specialized printer and applicator for the automatic application of individually printed labels on microtubes within SBS format racks.
FluidX FrostX2 is designed to quickly remove ice and frost from SBS-format racks of frozen sample tubes, to ensure complete readability of 2D datamatrix codes in cold-storage environments
The FluidX Tube Rack Thawing Station is a stand-alone system designed to speed up the defrost time of chilled or frozen sample storage tubes, operating with with 24, 48 or 96-format SBS racks providing gentle, but accelerated, thawing of racks of sample tubes
IntelliXseal™ SA is a semi-automatic sheet heat sealer compatible with a wide range of seals and plates of differing designs and heights. With variable temperature and time settings, sealing conditions are easily optimised to produce a 100% tight seal, eliminating sample loss. Heat sealers provide a mechanism for controlled plate sealing, eliminating variation and giving consistent sealing every time.
