PIIKO · Nov 2021 – Aug 2024

CBC blood analyzer

A complete blood count analyzer, from design to 50+ units in the field

Three open CBC analyzers on a bench, showing the pumps, gantry and optics inside
50+
Analyzers shipped to hospitals and labs
10×
Lower cost per test, through DFX
20+ a day
Assembly rate with a five-person team
Role
Senior Engineer, R&D
Organization
PIIKO
Period
Nov 2021 – Aug 2024
Tools and methods
  • SolidWorks
  • DFX
  • Microfluidics
  • Gantry design
  • Optical imaging
  • CNC and laser cutting
  • FDA and CDSCO documentation

A compact complete blood count analyzer that combines optical imaging, micro-volume fluidics and a precision scanning gantry in a 1 ft × 1 ft unit of about 5 kg. I led its design through production. More than 50 units shipped to hospitals and labs, at 10× lower cost per test.

The product

A complete blood count (CBC) analyzer for hospitals and diagnostic labs. It brings together optical imaging, micro-volume liquid handling, a high-precision gantry that scans the sample, and automated consumable handling, all in a 1 ft × 1 ft unit that weighs about 5 kg.

What I led

Over three years I led the design end to end: system architecture and component selection, DFM and DFA for cost, the supply chain, and the assembly workflow that took it into production.

Results

  • More than 50 analyzers shipped to hospitals and diagnostic labs.
  • 10× lower cost per test through DFX-driven design.
  • An assembly workflow that produces 20+ analyzers a day with a five-person team.
  • FDA and CDSCO documentation prepared for a Class II medical device.

Built in-house

Two parts of the platform replaced expensive third-party equipment: