#BMW M2 EVOM MANUAL#
#BMW M2 EVOM UPGRADE#

Easy to maintain and never needs chloriding.Keyed electrode base for repeatable placement gives more consistent results, eliminating the need for multiple readings.The STX4 electrode is commonly purchased with the EVOM™ Manual. The STX2, STX3 and all STX100s require the use of this adapter with the EVOM3 or EVOM Manual.

#BMW M2 EVOM MANUAL#

NOTE: A 99672 EVOM2 to EVOM Manual Electrode Adapter is sold separately. System Components What is included with the EVOM™ Manualģ00749 USB drive 32 GB (Used for storage. Also contains a Python 3.8 program for continuous digital monitoring of a target insert).ĩ9673 Calibration kit, 1000Ω Test Resistor Shielded cable to minimize electrical and cell phone interference.Weighted self-standing electrode for hands-free stable measurements.STX4 new electrode designed for 12 and 24-well plates.The new shielded electrodes are now designed to minimize electrical interference and to be more easily maintained.

It is location re-placeable in the insert for repeatable and consistent measurements. The STX4 electrode (not included) was designed for easy insertion into many 24-well plates. The EVOM™ Manual has adjustable current levels in three fixed ranges with two lower ranges for sensitive membranes and high resistance ranges up to 100 KΩ. The auto ranging resistance feature allows for fast resistance measurements, and an over-range display feature eliminates false readings. When used with the footswitch it enables hands-free recording of measurements.Īt the heart of the EVOM™ Manual is our latest processor and circuitry, providing users with quick, easy and reliable readings due to its fast stabilization, automatic twenty times sampling average and low noise design. The touch screen interface provides you with an intuitive, easy-to-use menu for configuration.Įliminating the need to log data by hand, the EVOM™ Manual writes the resistance or voltage information to a USB drive in CSV format for easy transfer to spreadsheets and data analysis programs. The new graphical displays for trend analysis and measurement values helps scientists deliver simple, stepwise methodology during experimental measurements. Providing you with vital feedback during experiment measurements, the EVOM™ Manual’s large screen offers a range of informational views. The EVOM™ Manual delivers improved workflow efficiency, more stable and repeatable measurements versus traditional Trans Epithelial Electrical Resistance (TEER) meters.

Continuous digital monitoring of a target membrane.

Permeability, conductance and drug studies.

Measure epithelial or endothelial tissues for confluence, TEER and potential difference.

Easy TEER value calculation by applying a unit area formula to the resistance.

Prevent data loss with auto save and data recovery when battery is low.

The small footprint allows more bench space.

Auto data logging eliminates the need to track data by hand.

Eliminates errors and reduces experimental processing time.

#BMW M2 EVOM UPGRADE#

Upgrade of the EVOM3, in the trusted family of the EVOM™ brand of TEER measurement productsīenefits of the EVOM™ Manual TEER Measurement Device.Saves date stamped data to a spreadsheet readable file on a USB drive.Continuous data logging via USB (PC, Mac, Linux).Automatic plate indexing operation with or without control well subtraction for resistance and potential difference (PD) measurements.Display shows the most recent set of parameters.Graphical display of popular plates (6, 12, 24, 96) for trend analysis.Ergonomic tilt stand for low glare operation.

Fast resistance stabilization on low levels under 200 Ω with resolution to 0.1 Ω.

Reliable low current, low voltage design prevents metal ion transport.

Resistance auto ranging from 1 Ω to 100,000 Ω or with three fixed current ranges.

Adjustable fixed measurement currents (2, 4 or 10 μA).

Automatic 20X sample averaging improves accuracy and stability.

Low noise design offers greater resolution and accuracy in your TEER measurement protocol.

TEER measurement device with automatic data logging