wholesale custom genelab lab swab pcr prp thermostatic incubator factory

SK-R30D-E

Features

• It can accommodate up to 16 × 5~10ml blood vessels, or 6× 50ml tubes on each of the two layers with different silicon mattress accessories.

• Tilt angle up to 40°.

SK-R30L-E

Features

• It can accommodate up to 16 × 5~10ml blood vessels,or 6× 50ml tubes, with different silicon mattress accessories.

SK-R30S-E

Features

• It can accommodate up to 10 × 5~10ml blood vessels,or 4 × 50ml tubes, with different silicon mattress accessories.

1. The mixer is named after the rapid mixing in the form of high-speed vortex. It has the effect of fast, uniform and thorough mixing. At the same time,

it also has the characteristics of simple and reliable structure, small size of the instrument, low power consumption and low noise. It is widely used in biochemistry.

Genetic engineering, medical and other experimental needs. For liquid, liquid-solid, solid-solid (powder) mixing, it can mix any liquid or powder you need.

All mixer bodies are made of reinforced engineering plastic molding technology. The body is free of paint spraying, acid and alkali resistance, and collision resistance.

The working table is all wear-resistant natural rubber, which changes the shortcomings of the original sponge table that is easily damaged. The instrument integrates

continuous and speed regulation. , point vibration, plate type, bowl type and all functions.

2. 2.The mixer uses the eccentric rotation to vortex the liquid in the test tube and other containers, so as to achieve the purpose of mixing the solution thoroughly.

The characteristics of the instrument are that the mixing speed is fast and thorough, and the liquid is swirling, which can mix all the test solution attached to the tube wall.

Dissolved drugs such as erythromycin, dyeing liquid, etc. are also easy to mix, and the effect is remarkable. The mixed liquid does not need electric stirring and magnetic stirring,

so the mixed liquid is not affected by external pollution and magnetic fields. Therefore, as a powerful auxiliary tool for laboratory analysis, it is widely used in laboratories

and laboratories of various colleges and universities, scientific research and production enterprises such as environmental monitoring, medical and health care, petrochemical industry,

food, metallurgy, etc. for mixing, homogenization and extraction. It is used for shaking and cultivating various samples such as biology, biochemistry, cells and strains.