SFC Fluidics LLC epump 190 微灌流泵无脉冲微纳升泵nl泵 250 nL/min 10 μL/min microfluidic pump
Introducing the epump Model 190 Solvent Delivery System
This tiny pump has a footprint of less than 2 in2 and delivers truly pulse-free flow in the challenging 250 nL/min to 10 μL/min flow rate regime. ePump? is also ideal for dispensing applications and can deliver discrete volumes of fluid from 100 nL to 90 μL. Its small footprint, smooth flow, high precision, and affordability make this little pump perfect for microfluidic and lab-on-chip applications as well as micro-assay systems. The intuitive, user-friendly controller can be tailored to your application with options ranging from full user control of the flow rate and dispense volume to factory pre-set flow rates or dispense volumes.
How it works: The ePump? product line offers an unrivaled combination of truly pulse-free precise flow, small footprint, low power requirements, and affordability. The pumping mechanism, common to all ePump? products, utilizes a patented non-mechanical means for precisely moving very small amounts of fluid. Low voltage or current drives a pumping fluid across a selective membrane. This, in turn, causes an elastic diaphragm to expand and push a controlled amount of fluid to your microfluidic application. The result is very precise and pulse-free flow using a pump that is compatible with a wide range of biological and chemical reagents and solvents.
介绍ePump 190型溶剂输送系统
这种微小的泵具有小于2平方英寸一个足迹和提供真正无脉冲流中的富有挑战性的250纳升/分钟至10微升/分钟的流速制度。 ePump?也是理想的点胶应用，可以提供流体的离散量从100纳升到90微升。它占地面积小，流量平稳，精度高，承受能力做这个小泵完美的微流体和实验室芯片应用以及微分析系统。直观的，用户友好的控制可以根据您的应用程序选择，从流量的全面的用户控制和分配量到出厂预设流速或分配容量。
In Development
Remotely controlled ePump? for animal research:
There are an enormous variety of market applications for ePump? due to its small size and configurable shape. For example, drug discovery and development requires a significant amount of animal research. To determine their pharmacological and toxicological effects, drugs are currently administered into animal bodies using syringe pumps and delivery tubes that are tethered to an animal arrested within a container. The current animal research protocol is resource-intensive and complicated. SFC has developed a prototype animal backpack ePump that is barely larger than a stack of 10 nickels. It can be worn by a lab rat and controlled wirelessly so that the entire protocol of delivery and continuous monitoring of drug effects can be carried out on an awake, freely-mobile animal.
Disposable ePump:
SFC Fluidics is developing a low-cost disposable ePump? to be used for drug delivery, storage and dispensing of biological materials, and other healthcare-related applications.
OEM Opportunities
SFC Fluidics's user-programmable OEM controller is in alpha-testing. This multichannel controller will control up to 8 pumps at one time and has DIO to control valves or other non-pumping components. An attractive and useful feature of ePump is that it can be made into any shape or size. Many fluid dispensing applications use multiple pumps operating at different conditions. When assembled with 4-8 syringe pumps, multichannel controller, connectors, tubing and reservoir, an entire setup can require a large amount of space. A stacked set of four SFC Fluidics' ePump? microfluidic pumps, on the other hand, offers higher precision flow while requiring much less space, ~80% less power and ~40% reduced cost compared to using currently available syringe pumps.
SFC Fluidics? LLC
ENTEPRISE CENTER
534 West Research Center Boulevard
Suite 260
Arkansas Research and Technology Park
Fayetteville AR 72701
Tel: 479-527-6810
Fax: 479-571-8814