Freeze dried microsphere dispenser - specialized for freezing storage tubes, dispensing 96 capsules simultaneously

Freeze dried microsphere dispenser - specialized for freezing storage tubes, dispensing 96 capsules simultaneouslyProduct Usage:

Boyi Bio's full range of freeze-dried microsphere dispensers are specially treated with anti-static measures to avoid electrostatic adhesion between microspheres and difficult packaging. They are resistant to high pressure and high temperature sterilization and can be used continuously for a long time. Suitable for packaging various specifications of penicillin bottles. Unconventional specifications require customization. The microsphere packaging for freeze-dried reagents is designed for research and mass production, replacing the use of tweezers, clamps, and packaging pens (electric suction cups) to avoid microsphere breakage, shorten packaging time, and improve packaging efficiency. Different packaging machines can be customized according to requirements. Microspheres can be quickly packaged into different containers such as eight row tubes, penicillin bottles, cryovials, centrifuge tubes, deep well plates, 48 well PCR plates, 96 well PCR plates, microfluidic chips, chucks, enzyme-linked immunosorbent assay plates, EP tubes, etc.

Application scenarios：

This product is made of lightweight material, weighs 0.8Kg, and is easy to operate.Applied to diagnostic reagents, microchips, biomedicine, beauty cosmetics, microbiology, probiotic balls, etc. After freeze-drying, the small balls retain the activity of enzymes/proteins to the maximum extent, and can be stored for a long time after being packaged and sealed.

Freeze dried microsphere dispenser - specialized for freezing storage tubes, dispensing 96 capsules simultaneouslyProduct Introduction:

Reagent freeze-dried beads refer to tiny spherical entities formed by the dispersion or adsorption of drugs in a polymer matrix, with a particle size generally between 1250 μ m. Compared to manual dispensers, the speed of manually operated dispensing pens is relatively lower in cost, with less initial investment and no other consumption. The cost is low and the efficiency is high. Compared to other automated and semi automated equipment, the dispensing accuracy is accurate. Microspheres must be of good quality and round, and those that meet the requirements can be packaged using this method. If the microspheres are not round or have poor appearance, they need to be automatically separated and packaged using automated packaging equipment.