2D Tube, w/o side code, int thread, 500ul, blue cap, Sterile, PP, Racked, (50x96

2D Tube, w/o side code, int thread, 500ul, blue cap, Sterile, PP, Racked, (50x96

In Stock" /> $7392.00

$7392.00 (ex GST)

Product Code: 114-2DNC-I05-BL-PS-SLP-L

Brand: LVL technologies

Biobanking, compound management, cryopreservation, population studies, transfusion medicine – the possible applications for high-quality long-term storage of biomaterials in the microlitre scale are growing continually. But if you store large quantities of small samples in the medium to long term for purposes of research and diagnosis, you generally have to deal with various requirements regarding the sample container to be used – from handling to storage through to the follow-up of the respective sample. The overriding priority is the best possible conservation of sample quality and quantity.

This means that three things need to be guaranteed for the samples to be stored: Security, identifiability and space-saving storage. In addition, if automated processability is used in the laboratory, there is no better alternative for modern sample storage. SAFE® offers a large range of 2D coded tubes preferably arrayed in space-saving and automated SBS racks that are suitable for storage down to -196°C (LN2). Our product range also includes the required technical infrastructure such as cappers/decappers. 

We have listed a small selection of what we can offer - please contact us for a customised solution for your Sample Management needs. Many of our LVL technologies SAFE® tubes and racks include the following options:

  • Multiple working volumes
  • Type of Rack
  • Slide Lock or Push lock Rack Lid
  • No Cap, Screw Cap, Internal or External Thread
  • Side Code labelling
  • Sterile or Non-Sterile
  • Rack or Bulk ordering options
  • Different cap colours
  • Material: Low Binding Virgin Polypropylene for reaction-free sample storage
  • Polished tubes for excellent transparency and visual control
  • With internal thread for screw caps
  • Tubes laser-labelled with data matrix code (2D), easily legible thanks to excellent contrast and matte background (white on black)
  • Data matrix code legible with all common scanners
  • On request, with codes visible to the human eye in addition to 2D codes