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MiniFlow - Flow-through Cell with integrated planar oxygen senso

Order # 501642

MiniFlow - Flow-through Cell with integrated planar oxygen senso
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Details

The MiniFlow oxygen probe is a miniaturized fiber optic chemical sensor integrated in a T-shape flow through cell. The standard T-shape flow cell can be easily connected via Luer-Lock adapters to external tubings. Liquids (e.g., water, blood, etc.) can be pumped through the cell. The sensor has a response time (t90) of approximately 40-s and an excellent long-term stability.

There are no specifications for this product.
There are no references for this product.
To place an order for this product, please contact the appropriate WPI office or distributor.

Customers from North America can order direct from our corporate office:
World Precision Instruments
175 Sarasota Center Boulevard
Sarasota, FL 34240-9258
  • Phone or Fax
    Toll-free: 866-606-1974 Tel: 941-371-1003 Fax: 941-377-5428
  • Our Customer Service Representatives are available 8am - 6pm EST.
  • Online Store
    Many of our products are available for purchase through our online store. At this time we can only accept orders from the U.S. through the online store.
  • Want instant pricing? Order a free catalog here
International customers, please see our office and distributor contact information list.
There are no accessories for this product.
No application notes are available for this product at this time.
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Standard

Single Barrel standard wall thickness capillaries are offered either with or without inner filaments for quick filling in a variety of lengths and diameters. Two usable electrodes can be made from one 6-inch length.



Thin Wall

Micropipettes made from thin wall capillaries have fine tips with a short taper. Thin Wall single barrel capillaries are offered both with or without inner filaments. The concentricity of this material provides excellent strength.



Patch Clamp Glass

WPI's patch clamp glass has been selected in terms of the four properties most crucial to successful patch clamp studies: softening temperature, electrical properties, sealability, and leachable components.



Multi-Barrel

Multi-barrel configurations are designed especially for microiontophoresis. Because the capillaries are fused together during manufacture, you will not need to twist them while pulling to seal the tips together. An inner filament in each barrel makes filling easy and fast.

To compare the various mulit-barrel configurations, see the Multi-Barrel Glass Capillaries article.



Special Glass

Septum Theta glass for superior cell impalement, Piggyback glass to fabricate two-barrel electrodes, and glass rods to make tools, probes, and tips.

To compare the various mulit-barrel configurations, see the Multi-Barrel Glass Capillaries article.



Last Updated: Thursday, 09 September 2010 16:10


TOLL FREE: 866.606.1974