Acrofluidic Innovations

Microfluidics shaped around consequential questions.

We are a Chennai-based team developing rare-cell research technology and custom microfluidic devices for biological workflows.

Acrofluidic fabricated microfluidic prototype chips
Fabricated Acrofluidic prototypesLaboratory work
Our mission

Make complex biological monitoring workflows more accessible through thoughtfully engineered microfluidics.

What we are building

A focused platform and a practical chip capability.

Our flagship direction is MIOPC™, a research-stage platform for CTC enrichment, enumeration and imaging. In parallel, we design conventional and specialised microfluidic chips for researchers who need precise, application-led geometries.

Founding team

Science, engineering and translation.

A multidisciplinary leadership team working across cancer biology, microfluidics and product development.

Co-founder

Joshna Chilakapati

Chief Executive Officer

Leads company strategy, partnerships and the translation of research needs into a focused product direction.

Co-founder

Dr. Ashwin Kumar Narasimhan

Chief Technology Officer

Leads microfluidic engineering, prototyping and the development of the integrated platform architecture.

Co-founder

Dr. Satish Ramalingam

Chief Scientific Officer

Guides biological strategy, assay development and the evidence pathway for cancer research applications.

How we collaborate

Begin with a defined research question.

We work best when the biological objective, sample type and desired readout are explicit.

01

Oncology research

Longitudinal CTC enrichment and observation study concepts.

02

Chip development

Standard and application-specific microfluidic geometries.

03

Assay integration

Fluidic workflows aligned with biological reagents and readouts.

04

Validation

Analytical and translational evaluation with research partners.

Contact

Tell us what you need to measure.

For the fastest technical response, include the application, sample type, target dimensions or flow range, planned readout and project stage.