Addressing the bottleneck holding biology back

Big data and AI-driven biology needs 10–100× more processed biological samples to generate the large datasets to realize breakthroughs in diagnostics, therapeutics, and industrial biosciences. 

Today's sample prep and QC processes are too fragmented, expensive, and error-prone  to meet this demand. 

The current best-in-class methods use 20+ steps, 3+ expensive instruments, take 360+ minutes, with a cost of $50+sample to process samples at high-throughput.

Instead, imagine a single small instrument, the Axor 1Box, that can process samples in just 2 steps - 10x faster turn-arounds, 1/10th the cost and more than 80% capital expenditure savings.

The Axor preparative-electrophoresis based platform uniquely integrates biosynthetic reactions, downstream purifications, molecular weight analysis and accurate molecular species-specific quantitation in a single microplate-format-consumable.

By using miniaturized preparative electrophoresis instead of complex fluidics and mechanical processes, Axor delivers an overall 100x benefit with better quality results.

The novel 1Box platform processes up to 96 DNA, RNA, protein, viral or cellular samples in parallel based on the electrophoretic mobility characteristics of the sample constituents.