Automated sample transfer processing system

A. Description

BioTeke Sample Transfer Processing System BF4096, as a sample pre-processing workstation, is able to transfer 96 samples from single tubes to a 96-well plate in an automatic and accurate manner in 10-14 minutes. It integrates automatic barcode identification, decapping, liquid transfer, loading and capping of sample tubes, greatly improving large-scale nucleic acid testing capacity.

Scope of application: clinical sample processing, virus sample processing, microbiological test, nucleic acid test pre-processing, pharmaceutical development, biological sample filling, etc.

B. Characteristic

It is suitable for virus sampling tubes of multiple sizes. Up to 96 original tubes, without any pretreatment, can be loaded for four-channel barcode identification, decapping, liquid transfer, decapping. The channel spacing is flexible, fully adapting to the spacing of different plate tubes. With a collection volume of more than 10,000 samples per day, this highly automatic system can liberate researchers from heavy manual work.

The instrument covers a floor area of about 0.7 m ² . Equipped with an upward-opening electric automatic door, it makes full use of the upper space of the laboratory.

C. Advantages

With an independent four-channel decapping module and an effective transfer volume of 10-1000 μL, the automatic sample transfer processing system offers fast and accurate operation as it incorporates tedious manual sample pre-processing steps into a closed system; besides, the built-in HEPA filter and UV sterilizer ensure a safe and reliable working environment.

The independent HEPA filter avoids the leakage of aerosol and improves security; two built-in UV lamps and an external droplet plate offer multiple protection, to ensure stable and reliable test results.

The four scanning modules are compatible with both QR codes and barcodes. In order to avoid missing, sample tubes will be quickly rotated, then identified and collected for information, and registered.

D. Basic Parameters