The 0.75ml hybrid tube with external thread combines automated and visual sample identification in an unique way. The combination of 4 different coding concepts on one tube guarantees the complete traceability of samples.

The 1D, 2D and human-readable codes are permanently laser-etched into the white surfaces, so that they can never wear or fall off. Because it is laser-etched into the white surface, the contrast is very high and easy to read. The bottom code surface features a raised edge, which protects the 2D Data-Matrix code against accidental scratches. The white bottom and tube walls cannot be separated from the transparent tube due to the unique 2 component injection molding technique that Micronic uses to manufacture tubes. Moreover, the thread of the tubes eliminates the possibility of the sample coming into contact with the screw thread, while the triple thread of the tubes ensures an excellent closure and horizontal placement of the cap.

Superior features:

• Combining 4 coding concepts on one tube
• White bottom and side walls cannot be separated from the transparent tube due to a unique injection molding technique
• Made from medical approved Polypropylene (CE-IVD)
• 1D, 2D and human-readable codes are permanently laser-etched into white surfaces
• Standard available in bulk and Micronic ULT Rack
• Compatible with Screw Cap Recappers and automated systems
• Triple start thread for optimal sealing quality
• Screw cap cannot be overturned due to unique lock when sealed
• Improved sample integrity due to external thread (cross-contamination is minimized)
• Produced in certified class-7 clean rooms
• RNase/DNase and Pyrogen free
• Thick tube walls, sturdy design and excellent properties for ultra-low temperature storage

Available options:

• Sterile, gamma radiated (15 kGy Avg.) or EtO treated
• Precapped with Screw Cap
• Customized 2D Data-Matrix tube code and 1D rack barcode

Material: Highest purity Polypropylene 
Inner tube shape: U-bottom 
Working volume(+21ºC): 0.62ml 
Tube height in rack: 31.0mm (without cover) 
Temperature range: Vapor phase LN2