Who we are.

Whelix mark

Whelix was founded by scientists and engineers who experienced the limits of manual cell culture firsthand. During his PhD research in biomedical engineering at Carnegie Mellon University, CEO Bingda Li experienced how repetitive pipetting, frequent night and weekend lab visits, inconsistent results, and contamination slowed progress across life-science research.

Too much scientific talent was being spent on cell expansion and maintenance instead of discovery. Believing this problem demanded a new paradigm, Bingda partnered with CTO Xinyu Wang, a robotics researcher at CMU, to reimagine how cell culture should be done.

Together, they founded Whelix to build intelligent, compact, modular, and affordable robotic platforms that automate cell culture end to end. By uniting cell biology, robotics, and AI, Whelix is transforming cell culture from a bottleneck into a scalable, reliable foundation for modern biology.

Scientists. Roboticists. Builders.

Bingda Li
co-founder & ceo

Bingda Li

PhD, Biomedical Engineering, Carnegie Mellon University. Founded Whelix after years of nights and weekends in the cell culture room.

Xinyu Wang
co-founder & cto

Xinyu Wang

Robotics researcher, CMU. Leads systems, perception, and Willow (the protocol agent).

Andrea Mazzocchi, PhD
scientific lead

Andrea Mazzocchi, PhD

Tissue engineering & cell biology. Owns the protocol library and validation.

Rumi Naik, PhD
scientist

Rumi Naik, PhD

Cell culture process design. Bridges science and the agent.

Art Trapotsis
advisor · gtm

Art Trapotsis

Lab automation veteran. Helps us land in real labs.

we're hiring

Open roles

Robotics, perception, biology, full-stack. Boston & Pittsburgh.

See positions →

Backed and built with the best in the field.

Draper Associates
Carnegie Mellon University
MassRobotics
Massachusetts Technology Collaborative
Ascender
funding

$1M pre-seed · led by Draper Associates

First institutional check fueling design-partner expansion.

incubation

MassRobotics · Boston

Engineering operations co-located with Boston's robotics ecosystem.

research lineage

Carnegie Mellon · Pittsburgh

Founded out of CMU robotics + biomedical engineering.

From a CMU lab to autonomous workcells.

  1. 2024

    Founded out of CMU

    Bingda & Xinyu set out to automate the most painful part of cell biology research.

  2. 2025 Q4

    First Teknician™ workcell shipped

    CMU research-lab pilot — 4–5 robots orchestrated by a single scientist.

  3. 2026 Q1

    $1M pre-seed · 3 design partners live

    Draper Associates leads. Willow (the protocol agent) ships in production.

  4. 2026 Q3

    Associan™ general availability

    Production-tempo workcell with full peripheral stack — IQ/OQ pack, full SDK + OpenAPI surface.

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