Decoupled Diagnostic Topology

The "Architecture First" Principle

Traditional analyzers utilize centralized pneumatic gating, shared fluidic routing, and sequential optical interrogation. If a single stepper motor or solenoid valve fails, the entire diagnostic sequence aborts. BiQadx abandons this paradigm in favor of distributed, asynchronous, hardware-accelerated processing nodes.

For example, our HELIX ONE intake architecture physically isolates raw biological handling from the downstream observation matrix. It achieves high-purity fraction extraction via localized 2 MHz ultrasonic standing waves, generating controlled radiation pressure that stratifies leukocytes from erythrocytes (label-free and lysis-free) in under 90 seconds. The resulting plasma fraction is then dispensed to independent optical/electrochemical testing stages (like Dr. POCT) via valveless, centrifugal Coriolis force microfluidics.