Motor Driven Piston Ceramic Filling Pump For High Viscosity Liquids

MotMotor Driven Piston Ceramic Filling Pump With High Precision For High Viscosity Liquidsor Driven Piston Ceramic Filling Pump Filling Machine Accessory With High Precision For High Viscosity Liquids

Parameter

The ceramic plunger pneumatic pump assembly adopts a precision ceramic plunger design, which is suitable for the quantitative infusion of medium and high viscosity liquids, creams, and creams (1000-100,000CPS) and materials containing certain particles.

Feature:

1. Full automatic adjustment structure and motor-driven type design make the pump have high metering accuracy and repeat consistency, and the accuracy is within ±0.8%.
2. The metal part of the contact material is made of 316L stainless steel and high purity ceramic, which has better corrosion resistance.
3. The pump body is connected in a quick-disassembly mode, which is convenient for disassembly, assembly, and cleaning, and meets the cleaning requirements of food hygiene standards.

Product display

Application area
1. ODM and OEM products design;
2. Automatic manufacturing line design;
3. Cosmetic product packing;
4. Pharmaceutical and bio-reagent product packing;
5. Laboratory Liquid dispensing;
6. Lithium Battery Liquid dispensing;
7. Ceramic pump and ceramic pump part design;
8. Other area's material filling;
 

Q & A
Q: Do you offer OEM services, I am a distributor from overseas?
A: Yes, we can offer both OEM Services and technical support. Welcome to start your OEM business.

Q: How about the after-sales service?
A: The machine is a 1-year warranty. And we offer lifetime after-sale service and technical support.

Q: What are your Installation Services?
A: Installation Services are available with all new machine purchases. We will provide the user manual and videos to support installing, debugging, operation of the machine, which will indicate to you how to use this machine well.

Q: What info will be needed to confirm machine models?
A: 1.The material status.
2. Filling range.
3. Manufacturing speed.
4. Requirements for the production process.