Sodium alginate specialized microsphere forming instrument MS-R3

Sodium alginate specialized microsphere forming instrument MS-R3，

A high-efficiency equipment developed to meet the needs of various fields for the formation of slurry titration microspheres. Working principle: The solution is dropped into a forming liquid (liquid nitrogen or other types of forming liquid) for forming, and the amount is quantified as needed. The particle size of the formed ball can be controlled by the flow rate and pore size. The formed microspheres are dried using a drying device (freeze dryer or other type of drying device), and then packaged and stored. Application areas: Widely used in medical diagnostic reagents, drug pellet preparation, chemical engineering, catalyst preparation, alumina ball preparation, ceramic materials, microorganisms, sodium alginate, probiotic balls, etc. Preparation characteristics: Microspheres maintain the pore structure and surface activity to the maximum extent possible, can be stored for a long time after sealing, and have a loose structure and strong adsorption performance.

Sodium Alginate Specialized Microsphere Forming Instrument MS-R3 Product Features:

●clearLEDDigital display.

●The function adjustment knob can control the flow rate.

●The liquid output can be adjusted, and the droplets after forming into balls fall to meet the requirements of various viscosities and volumes of samples.

●As a continuous preparation application, different aperture droppers can be replaced to meet the actual requirements of the sample.

●No need to fill liquid, can work continuously without interruption.

●The pump core isPEEKMaterial, precise, durable, and corrosion-resistant.

Sodium alginate specialized microsphere molding instrument MS-R3 parameters:

●Range of viscosity of conveying medium: ＜1500cps.

● Ball formation range:1.5-4mm

●Flow range,0-0.5L(rise/Minutes (Different sample speeds vary)

●Pump head temperature range:5to+70℃.

●Weight:2 KG

●Dimensions: Length300mmXwide180mmXtall120 mm

●Public facilities: Voltage220VThe50Hz,power50w.

Suggestion: Use a viscous solution with a stirrer.

Working principle: The solution is dropped into a forming liquid (liquid nitrogen or other types of forming liquid) for forming, and the amount is quantified as needed. The particle size of the formed ball can be controlled by the flow rate and pore size. The formed microspheres are dried using a drying device (freeze dryer or other type of drying device), and then packaged and stored. Application areas: Widely used in medical diagnostic reagents, drug pellet preparation, chemical engineering, catalyst preparation, alumina ball preparation, ceramic materials, microorganisms, sodium alginate, probiotic balls, etc. Preparation characteristics: Microspheres maintain the pore structure and surface activity to the maximum extent possible, can be stored for a long time after sealing, and have a loose structure and strong adsorption performance.

Working principle: The solution is dropped into a forming liquid (liquid nitrogen or other types of forming liquid) for forming, and the amount is quantified as needed. The particle size of the formed ball can be controlled by the flow rate and pore size. The formed microspheres are dried using a drying device (freeze dryer or other type of drying device), and then packaged and stored. Application areas: Widely used in medical diagnostic reagents, drug pellet preparation, chemical engineering, catalyst preparation, alumina ball preparation, ceramic materials, microorganisms, sodium alginate, probiotic balls, etc. Preparation characteristics: Microspheres maintain the pore structure and surface activity to the maximum extent possible, can be stored for a long time after sealing, and have a loose structure and strong adsorption performance.

Working principle: The solution is dropped into a forming liquid (liquid nitrogen or other types of forming liquid) for forming, and the amount is quantified as needed. The particle size of the formed ball can be controlled by the flow rate and pore size. The formed microspheres are dried using a drying device (freeze dryer or other type of drying device), and then packaged and stored. Application areas: Widely used in medical diagnostic reagents, drug pellet preparation, chemical engineering, catalyst preparation, alumina ball preparation, ceramic materials, microorganisms, sodium alginate, probiotic balls, etc. Preparation characteristics: Microspheres maintain the pore structure and surface activity to the maximum extent possible, can be stored for a long time after sealing, and have a loose structure and strong adsorption performance.

Working principle: The solution is dropped into a forming liquid (liquid nitrogen or other types of forming liquid) for forming, and the amount is quantified as needed. The particle size of the formed ball can be controlled by the flow rate and pore size. The formed microspheres are dried using a drying device (freeze dryer or other type of drying device), and then packaged and stored. Application areas: Widely used in medical diagnostic reagents, drug pellet preparation, chemical engineering, catalyst preparation, alumina ball preparation, ceramic materials, microorganisms, sodium alginate, probiotic balls, etc. Preparation characteristics: Microspheres maintain the pore structure and surface activity to the maximum extent possible, can be stored for a long time after sealing, and have a loose structure and strong adsorption performance.