Capillary Electrophoresis Kit - EOF 9015

EOF Kit 9015

CE Chip X3550


LabSmith HVS 448














EOF Kit 9015 is an on-chip electrophoresis kit suitable for applications requiring electro-osmotic flow (EOF) in combination with optical or fluorescence detection. The kit enables to carry out capillary electrophoresis experiments based on EOF.

The kit contains 2 glass microchips, a chip holder and high voltage cables. The bottom of the holder is open, making it possible to put it on an inverted microscope for optical inspection or detection.


CE Chips
The EOF kit 9015 is compatible with all Micronit standard CE chips without integrated electrodes. Standard, the kit is supplied with one chip X3550 and one chip T8050.


High Voltage
Four high voltage leads are permanently attached onto the chip holder. The cables are supplied with SHV-BNC plugs, that can be connected directly to a LabSmith high voltage sequencer or compatible high voltage power supply.

The LabSmith HVS448 8-channel high voltage sequencer is fully programmable and is capable of switching high voltages in milliseconds. The latest model can supply voltages between -3 kV and +3 kV. For more information on this device please take a look at www.labsmith.com.


Safety
The integrated safety interlock switch ensures that the high voltage sequencer cannot be started without the cover placed on the holder (in combination with a LabSmith high voltage sequencer or compatible high voltage power supply with an interlock feature).


Specifications
Please find below some technical specifications of the EOF Kit 9015.

Dimensions (without cables)


127 x 85.5 x 28 mm
suitable for use with microscopes accepting microtiter plates

Materials

Stainless steel bottom plate
POM cover block
Wetted materials



POM (black)
Viton
platinum
borosilicate glass (CE chip)
Max. continuous operating temp. 80 oC
Capacity of the wells 300 µl
Min. volume required in the wells 20 µl
Maximum separation voltage 6 kV


More information
EOF Kit 9015 has a delivery time from 6 to 8 weeks. For more information, please contact us.