physitemp BAT-12 Microprobe Thermometer小鼠测温仪[产品打印页面]

Physitemp BAT-12 Microprobe Thermometer小鼠测温仪 physitemp小鼠测温仪 physitemp小鼠测温仪BAT-12 physitemp BAT-12 Microprobe Thermometer physitemp电子探针温度计 physitemp探针温度计 physitemp Microprobe Thermometer

http:/goodsid/fenleiyi/3209850_physitemp/1.html

physitemp BAT-12 Microprobe Thermometer小鼠测温仪 physitemp小鼠测温仪 physitemp小鼠测温仪BAT-12 physitemp BAT-12 Microprobe Thermometer physitemp电子探针温度计 physitemp探针温度计 physitemp Microprobe Thermometer

BAT-12 Microprobe Thermometer

We designed the world's first thermocouple thermometer, Model BAT-4, in 1969. It soon found uses in the lab, factory, hospital O.R. and in the field. The new BAT-12 has improvements for all these applications:

In the lab: Readings to 0.1° C; near perfect stability.

In the field: A superior'cold junction reference'which maintains accuracy with ambient temperature changes from O°C to 50°C; sealed construction, carrying case.

For recording: Analog output for strip chart recording is a standard feature.

BAT-12 is the ideal instrument for use with microprobes. These 5 sensors are among our most popular and there are many more to choose from:

* Flexible Implantable Microprobe, IT-18
* Needle Microbrobe, MT-26/2
* Surface Probe, BT-1
* General Purpose Probe, HT-1
* Sensor Six Pack, PT-6

When you must make precise temperature measurements, Physitemp can provide you with a very accurate monitor and thermocouple microprobes. Physitemp monitors have a resolution and accuracy of 0.1°C in the 0-50°C range and are traceable to NIST standards. Other competitive electronic thermometers might have 0.1°C resolution, but their accuracy is usually to 0.5°C or worse. Furthermore, all our type T clinical probes are guaranteed accurate to 0.1°C, due to our stringent wire standards. These are five times more accurate than competitive probes made with regular "Special Limits" wire.

Because temperature is a fundamental variable which affects all biological and chemical activity, Physitemp's products find applications in a wide array of technical situations. Some of the more common applications are as follows:

* Our tiny flexible Teflon microprobes are used for implantation in tissue, in spectrophotometer cuvettes, rectally in neonatal mice, in water baths, PCR thermal cyclers, etc...
* Our multisensor probes can be used to map tumor temperature profiles during hyperthermia
* Animal rectal temperatures during surgical procedures and pyrogen testing
* Skin temperature measurement during exercise physiology studies

In addition to our precise temperature monitoring equipment, we offer a complete line of thermoelectric heating and cooling stages for both microscopes and microtomes. Our thermal stages fit most microscopes and enable the temperature of a specimen to be maintained and regulated at any temperature between -20° and +100°C to within 0.1°C. We also make custom stages for special applications. Our freezing stages for microtomes offer an inexpensive solution to frozen tissue sections and fit easily onto most microtomes. Freezing starts immediately and can be maintained indefinitely.

Our neurological testing devices, the Vibratron II, vibration sensitivity tester and the NTE-2, thermal sensitivity tester were designed to measure the sensitivity of a person's fingers and toes in order to detect peripheral neuropathy non-invasively. Our neurological testing devices are being widely used in current medical applications for the detection and diagnosis of Carpal Tunnel Syndrome as well as in pharmaceutical research studies on Diabetes and AIDS.

Physitemp's offices and manufacturing plant are located in Clifton, NJ about 10 miles west of New York City. Since we supply private label products to several major marketers of medical instrumentation, our production processes adhere to Good Manufacturing Practices as outlined by the FDA. Every unit that we sell is inspected and tested before shipment.

We hope that our Web Site will not only interest you, but also help you understand the broad capabilities of our temperature monitoring and control systems. We welcome your comments and ask that you let us know about your own uses of Physitemp products.
For additional product information see OUR PRODUCTS.