
Valveless Metering Pumps & Dispensers | Fluid Metering, Inc.
Patented "No-Valve" Pump Design Eliminates problems and errors caused by valves which clog, leak, hang up, and require service. One Moving Part! FMI's CeramPump® design utilizes a …
REV-D www.fluidmetering.com pumpsfluidmetering.com 800-233-3388 516-922-6050 2 power to the pump! 9. ELECTRICAL PROTECTION. All OUR PUMPS are positive displacement …
Advanced Fluid Metering Solutions | Precision Dispense Pumps
Fluiding Metering offers fluid pump solutions with a durable CeramPump® valveless rotary piston design. We collaborate most efficiently with engineers, designers, and manufacturers that are …
Pulseless Flow Nanoliter Pump by Fluid Metering
A compact, linearly driven, ceramic piston pump, capable of dispensing less than 1 microliter with exceptional precision and accuracy. A vastly optimized driving mechanism means the FDD …
液体定量分配机 - PDS100-2RH-RH0CKC - Fluid Metering - 容积式 …
PDS100-2RH-RH0CKC是一款可编程的精密分配器。 特点 CeramPump®无阀流体控制技术 直观的菜单驱动编程使用前面板的薄膜开关和2.75" x 1.5" LCD显示屏 泵头整体安装在控制单元 …
Valveless Metering Pumps and Dispensers CeramPump® - PCN E
2015年9月8日 · FMI Pumps and Dispenses integrate FMI's unique patented CeramPump® valveless pumping principle. The CeramPump® utilizes one moving part, a sapphire-hard …
Fluid Metering CeramPump - Treatment Plant Operator
2015年2月12日 · CeramPump valveless piston metering pumps from Fluid Metering provide precision fluid control for environmental monitoring, sampling and treatment. The low-current …
Turn off the electrical power before checking pump for any problems. Connect motor, speed controllers, or any other electrical devices based on Fluid Metering Inc. specifications.
Valveless Fluid Transfer Pump - pcne.eu
2017年11月13日 · FMI’s unique CeramPump® valveless piston fluid control technology utilizes one moving part, a rotating and reciprocating ceramic piston to accomplish all fluid control …
Precision, Valveless Metering Pumps for Low and Micro …
CeramPump® Valveless Piston Pump Technology from Fluid Metering, Inc. (FMI) has been proven to be an extremely accurate, yet versatile method for low volume and micro-fluidic …