YIZUMI Integrated Solution for Disposable Virus Sampling Tube To facilitate massive nucleic acid testing

The disposable virus sampling tube, mainly used to collect and keep virus samples taken from throat or nasal secretions, is one of the important consumables used for COVID-19 detection.

To meet the new policies for the prevention and control of COVID-19, YIZUMI has launched integrated solution for disposable virus sampling tube, to facilitate massive nucleic acid testing.

Non-inactivated tube, which can protect the protein and nucleic acid of the virus;

Inactivated tube, which can protect the nucleic acid by cleaving the protein of the virus

Size: 2ml, 5ml, 7ml, 10ml, 20ml, 30ml, etc.

1. Used for sampling and monitoring the infectious pathogens by the CDC and the clinical departments of hospital;
2. Used to keep the nasopharyngeal swab samples or the samples of specific parts for easy transportation, like from sampling site to the testing laboratory;
3. To keep the nasopharyngeal swab samples or the samples of specific parts for necessary cell culture;
   
   
   
   

• Clean, smooth and transparent tube

• Nozzle and cap free of sharp edges and burrs

• Resistant to high temperature (121℃) and low temperature (-80℃)

• Spiral seal with moderate tightness to avoid leakage

• Wall thickness tolerance +/-0.15mm

• No RNA/DNA enzyme pollution

Due to large consumption of virus sampling tubes used for nucleic acid extraction, it is crucial to help the customers enhance efficiency and increase production capacity!

For example, using YIZUMI PAC350 high-speed injection molding machine equipped with 48-cavity mold for the production of 10ml sampling tube body, the daily production capacity of single machine is up to 310,000 pieces.

Also using YIZUMI PAC 300 high-speed injection molding machine for the production of 10ml virus sampling tube cap, the daily production capacity is up to 420,000 pieces.

High-speed injection molding machine is of high injection speed, fast response and low energy consumption. It can improve production efficiency of the virus sampling tubes to reduce production costs.