CrystalDry Technology

SINGUWAY sincerely seeks partners who can help us grow. We hope to work with upstream and downstream enterprises to promote and apply dry reagents, and jointly launch dry in vitro diagnostic products. We will assist our partners in producing dry diagnostic reagents. We have world leading optimization technology for room temperature crystallization drying reagents and drying processes for different reagents, with complete experimental data and test samples readily available. We sincerely recruit agents from various countries and look forward to having capable partners to ride the waves with us.

With the rapid development of IVD in the past few years, molecular detection technologies in medical diagnosis, disease monitoring, and food safety have continuously broken through, bringing more convenience and reliability to diagnostic technology. Today, SINGUWAY BOITECH INC. will introduce a revolutionary technology that not only overturns tradition, but also completely changes the way molecular detection is carried out - room temperature crystallization drying technology.

SINGUWAY BIOTECH INC. as a specialist in the field of molecular detection, has been committed to developing innovative technologies to improve the efficiency and accuracy of detection. Below, we will delve into the advantages and unique features of room temperature crystallization drying technology, and why it is leading the industry's transformation.

1.Eliminate cold chain dependence and save costs

From now on, you can easily transport and store PCR liquid reagents to any corner of the earth at room temperature, without the need for expensive cold chain storage and transportation equipment or a large amount of freezer space. This is precisely the unique feature of room temperature crystallization drying technology. Traditional PCR reagents need to be stored at low temperatures, which is not only expensive but also sensitive to the environment. And the room temperature crystallization drying technology allows you to bid farewell to the cold chain, significantly reducing transportation and storage costs.

2.Longer shelf life, reducing waste

We all know that many liquid reagents have a relatively short shelf life and require frequent purchase and replacement. After opening, there are relatively strict requirements for the freezing and thawing times and conditions of the reagents. But products using constant temperature crystallization drying technology have a longer shelf life, usually up to 12 months or more. This not only means that you can reduce reagent waste, but also store and use your reagents for longer periods of time, thereby reducing laboratory operating costs.

3.High sensitivity, reliability

The room temperature crystallization drying technology not only saves costs, but also improves the quality of testing. Compared to liquid reagents, dry reagents have no loss of performance, stable performance, small inter batch differences, and good repeatability, thereby improving the accuracy and reliability of detection. This is crucial for fields such as medical diagnosis, disease monitoring, and food safety testing.

4.Strong applicability

Strong applicability, does not increase the volume of the reaction system, and requires only half a minute for dissolution. Multiple reagent colors can be customized for differentiation, suitable for various PCR reagents and chemiluminescence reagents, easy to mass produce, and applicable to various reagent formulas.

5.Environmental Protection and Convenience

The ambient temperature crystallization drying technology strongly supports environmental protection. It not only eliminates cold chain dependence, but also simplifies the processing and transportation of reagents, reduces the technical difficulty of operation, and has extremely low reagent loss. This technology makes molecular detection more convenient and environmentally friendly.

SINGUWAY's products not only have excellent performance, but can also be applied to various sample types. Our goal is to provide customers with high-quality molecular detection solutions. Rapid molecular diagnosis, health within reach.

PCR nucleic acid testing technology has been widely used in various fields such as disease detection, genetic testing, virus and pathogen detection, genetically modified food detection, genetic disease, cancer gene detection, animal testing, food and environmental testing, etc.

The key to drying liquid molecular reagents is not only to ensure that the enzyme can quickly hydrate after drying, but also to ensure that the stability, sensitivity, and specificity of the drying reagent are not affected. After extensive testing, the SINGUWAY R&D team has developed an optimal drying formula that ensures rapid reconstitution and activation. The dried reagent and liquid reagent have the same sensitivity and multiple detection ability, and can maintain stability for at least 12 months at room temperature and more than 3 months at 37 ° C. When developing a stable detection at room temperature, primers and probes are added to a drier qPCR premix, and then packaged in PCR tubes for drying. When testing, simply add the extracted sample directly to the pre mixed solution after drying, and qPCR/RT qPCR detection can be performed directly from the sample without the need for reaction system preparation. Not only does it reduce sample processing time, but it can also be used in the form of dry detection, increasing sample flexibility and detection sensitivity, avoiding cold chain storage and transportation. Therefore, it provides an ideal solution for qPCR molecular detection that is stable at room temperature, highly sensitive, cost-effective, and more efficient and rapid, especially for POCT platforms.