Container for receiving and storing biological material, especially DNA
A biomaterial and container technology, applied in the field of accommodating and storing biomaterials, can solve problems such as difficult industrial promotion
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[0017] figure 1 A cylindrical container 10 is shown, the most preferred embodiment having a diameter of 7mm, a height of 18mm and a thickness of a few tenths of a millimeter.
[0018] The container is composed of a shell 12 with one end closed, and the shell is made of airtight, anti-corrosion and suitable sealing material.
[0019] In this case, the material should also meet an additional requirement, namely, the deformability of the material and its plasticity in order to realize the above-mentioned cylindrical container closed at one end.
[0020] In fact, deep stamping is the most appropriate solution in industrial production for the production of housings, on the one hand it can comply with the necessary dimensional accuracy mentioned above, on the other hand it can maintain the cost consistent with mass-volume applications. In fact, according to the present invention, the best grade of stainless steel used to manufacture the shell is the commercially known benchmark 304...
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