U-820, (8303002)

Microsamplers

- Refrigerates your samples
The Univentor 820 Microsampler is a fraction collector designed to collect liquid samples as small as 1 µl - and to keep them cool.

The Univentor 820 Microsampler operates with 20 glass or plastic vials of 300 µl volume. It can collect 20 samples from one source (Single Mode) e.g. a microdialysis probe or 2 x 10 samples from two sources (Dual Mode) at the same time. Either tubing or the stainless steel cannulas supplied with the Microsamplers, can be used as collection cannulas. Septas may be attached when using the steel cannulas.



Art. no Description Price
8303001 U-810 Microsampler, 10 vials of 1,5ml Sign in
8303002 U-820 Microsampler, 20 vials of 300ul Sign in
 


The Univentor Microsamplers are very user-friendly, having a self-explanatory control panel on which collection time (up to 99 minutes) can be set, and refrigeration (+8 °C) can be switched on or off. The U-820 can either operate as a stand-alone instrument, or an external TTL signal may be used to control the actions of the collector.

The Microsampler also operates in conjunction with the Univentor 802/864 Syringe Pumps, ensuring precise volumes. By combining the Microsampler with either the 802 Syringe Pump or the 864 Syringe Pump the system can be computer controlled via RS-232. This enables the user to customise the collection process. The U-820 is small, compact and very quiet.

A U-810 microsampler is also available with the same characteristics as the U-820 but it operates with 10 plastic vials of 1,5ml volume (Eppendorf type) in single mode only.

Dimensions: 15x13x11cm

Weight: 2,5kg including adaptor

- Power - External adaptor 110-220 V 50-60 Hz

- Temperature controlled to +8ºC

- Peltier cooling element with fan

- Maximum 99 minutes of collection time unless remotely controlled

- Minimum collection volume of 1 µl

Featured in Research

Westerhout, J., Ploeger, B., Smeets, J. et al. Physiologically Based Pharmacokinetic Modeling to Investigate Regional Brain Distribution Kinetics in Rats. AAPS J 14, 543–553 (2012). https://doi.org/10.1208/s12248-012-9366-1

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