X2 SERIES CERAMIC PUMP INTEGRATION

X2 Series Ceramic Pump Integration is a type of precision metering pump that utilizes the rotary motion of a plunger to meter or deliver chemical liquids and high-purity fluids with high accuracy and repeatability. The axial linear motion is generated based on the adjustable pump head angle during the plunger's rotation, enabling precise stroke adjustment to control input and output. This series of metering pumps achieves a very high level of metering accuracy and repeatability, with an accuracy better than ±0.5%. It is Suitable for packaging machine filling and retrofitting, and suitable for filling low to medium viscosity homogeneous liquid materials such as electrolytes, medicine, biochemical reagents, chemical fluids, essential oils, liquid essences, emulsions, perfumes, nail polish, etc.

HBD-R CERAMIC ELECTRIC PUMP INTEGRATION

HBD-R ceramic electric pump integration adopts precision ceramic plunger design, suitable for medium and high viscosity liquids, homogeneous creams (1000-100,000CPS) and quantitative perfusion of materials containing certain particles. The pump uses a servo screw to control the filling volume. It only needs to be set on the control screen without manual intervention. It has high measurement accuracy and repeat consistency, and the accuracy is better than ±0.8%. The metal part in contact with the material is made of 316L stainless steel, which has better corrosion resistance.

HBD-RN CERAMIC ELECTRIC PUMP INTEGRATION

HBD-RN ceramic electric pump integration adopts precision ceramic plunger design, suitable for medium and high viscosity liquids, homogeneous creams (1000-100,000CPS) and quantitative perfusion of materials containing certain particles. The pump uses a servo screw to control the filling volume. It only needs to be set on the control screen without manual intervention. It has high measurement accuracy and repeat consistency, and the accuracy is better than ±0.8%. The metal part in contact with the material is made of 316L stainless steel, which has better corrosion resistance.