Streamline Bio Robotic Automation Partnership | Made Scientific

Early Adopter and Design Partner Program

Made Scientific and Streamline Bio are building an integrated CDMO and automation offering for therapeutic developers. The Early Adopter Program focuses on CAR-T therapies in early- to late-phase development.

Why CAR-T: complex, multi-step workflows can amplify variability and operational risk
Where we are today: Made Scientific is Streamline Bio’s exclusive early adopter, design partner, and preferred CDMO partner
What’s next: co-developing and validating automated workflows in a GMP-ready environment, including new unit operations and enhanced data capture

How Streamline Bio Automation Fits into Cell Therapy Manufacturing

Initial focus: CAR-T workflows

Streamline Bio’s modular robotics are designed to integrate into existing infrastructure and support diverse equipment and protocols with minimal disruption.

Standardize labor-intensive steps to reduce execution variability
Improve traceability for deviations, investigations, and comparability
Enable repeatable workflows for scale-up across suites

Automation that fits existing cleanrooms

The focus is practical deployment in real operating conditions, not a lab-only demo.

CDMO execution aligned to development and scale

Made Scientific supports evaluation through GMP-ready execution, including study design, process integration planning, and tech transfer considerations. The intent is to generate evidence you can use to make scale decisions with confidence.

Data capture that supports GMP expectations

Automation is paired with structured data capture to strengthen traceability and support deviations, investigations, and change control. The objective is repeatable execution with documentation rigor that stands up to scrutiny.

Repeatability across suites and shifts

The program targets consistent execution across operators and environments, supporting comparability and continuous improvement as workflows mature.

Streamline Bio automation, deployed with Made Scientific

Autonomous, modular robotics built for cell therapy manufacturing
Validated in a live production environment at Made Scientific’s Princeton, New Jersey facility
Designed to integrate with common cell therapy equipment including CliniMACS Prodigy^®, G-Rex^®, and LOVO^®

Integrated CDMO services, automation-ready by design

One team for evaluation, integration planning, and tech transfer
Structured, GMP-aligned documentation practices

Engagement Models Built for Speed and Control

Choose the engagement model that matches your internal capabilities and the level of hands-on collaboration you want during automation evaluation and deployment:

Fee-for-service executionBest for defined studies with clear deliverables and timelines.
Dedicated team executionBest for sustained development support, rapid iteration, and parallel workstreams.
Hybrid client-in-plant operationsBest for joint execution, on-site knowledge transfer, and shared process ownership.
Early Adopter collaborationBest for teams co-developing automation workflows and extending capability across unit operations.

Made Scientific and Streamline Bio - Early Adopter Program-2

Made Scientific and Streamline Bio Launch Exclusive Early Adopter Program to Advance AI-Driven Robotic Automation for Cell Therapy Manufacturing

In February 2026, the two companies launched an exclusive Early Adopter Program to accelerate autonomous manufacturing workflows for GMP cleanroom environments.

Read Press Release

Press Release C-2

Made Scientific and Streamline Bio Announce Collaboration to Accelerate AI-Driven Robotic Manufacturing for Cell Therapies

In October 2025, Made Scientific and Streamline Bio announced successful initial validation of Streamline Bio’s AI-driven precision robotics in a live cell therapy production environment at Made Scientific’s Princeton facility. Learn how the collaboration is advancing toward GMP integration and early adopter programs.

Read Press Release

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RapidCell™ vector technology powers MadeFast™, Made Scientific’s single-step CAR-T platform designed to reduce manufacturing time, cost, and complexity.

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