Proprietary microfluidic design provides a large surface-to-volume ratio for rapid capture of analytes with reduced incubation time and increased sensitivity, resulting in:

Up to 80% less sample size and reagent consumption (20 µL vs. 100 µL)

Significantly simplified assay steps and shorter assay time (see detailed comparison below):

Table 1. Duration of ELISA experiments for a bare 96-well plate

Table 2. Duration of ELISA experiments for a 96-well plate pre-coated with capture antibody

*Incubation times of a traditional well plate are based on IL-6 protocol of R&D systems (https://www.rndsystems.com/products/human-il-6-duoset-elisa_dy206).

Better sensitivity and dynamic range (see the chart below):

Seamless integration with existing workflows and lab equipment. End-users will not be required to modify their current workflows or equipment to use our microfluidic plate.

KITTER COGS SAVINGS EXAMPLE

This example is showing kit manufacturers cost savings using the MicroFluere® system in their ELISA kits.

	Current	With MicroFluere®
Selling Price	500	500
COGS	102	42
Gross Profit	398	458
GP Pct.	80%	92%

COGS Breakdown

	Current	With MicroFluere®
Reagents	80	8
Labor & Overhead	14	5
Plate (kit)	5	25
Other Materials	3	3
Total	102	41

Note: The price of the MicroFluere® plate is based on a 50-plate kit including drainage system and absorbent pads.