The Intelligence Layer for Physical Laboratory Work
Freestyle Robotics builds autonomous, vision-guided workstations that execute high-mix pharmaceutical protocols. We replace rigid PLC automation with Embodied Intelligence—delivering human-like dexterity, zero-defect repeatability, and 100% data integrity without custom engineering.
Precision shouldn't paralyze your pipeline.
The pharmaceutical industry has been forced into a false compromise: rely on highly-trained scientists for mundane, repetitive manual labor, or spend months integrating rigid automation that breaks the moment a vial is 1mm out of place.
The Cost of Human Error
Manual visual inspection and gravimetric analysis are prone to fatigue, resulting in unquantifiable risks and validation delays. A single mislabeled vial can result in days of investigation.
The Cost of Rigidity
Traditional automation requires hardcoded trajectories. A slight variation in sample geometry causes catastrophic failure.
The Integration Nightmare
Piecing together third-party hardware with fragmented software creates endless support loops and "finger-pointing".
Autonomous Workstations.
Built for the Bench.
Freestyle Robotics provides standalone units designed for rapid deployment at existing workstations. Our "Embodied Intelligence" approach uses vision and force-feedback to handle varying geometries—from MDI canisters to HPLC vials—without custom tooling or complex reprogramming.
Deployable Today. Scalable Tomorrow.
Watch our Embodied Intelligence dynamically adapt to unstructured lab environments in real-time.
Gravimetric Analysis
Simultaneous weight verification and optical tracking. Eliminates manual logging and secures your 100% audit trail.
Dynamic Tablet Sorting
Zero-shot tool use. Our manipulators seamlessly adapt to standard lab tools like spatulas, eliminating repetitive strain injuries.
MDI & Inhaler Visual Inspection
Pantone-precise color matching and OCR text extraction. Eradicating false positives in quality control.
Unstructured Solids
Adaptive perception. Transfers variable sample states without requiring reprogrammed trajectories.
Born from world-class research.
Built for the modern laboratory.
Freestyle Robotics was founded on a simple premise: the pharmaceutical industry shouldn't have to choose between high-stress manual labor and rigid, easily broken automation. Emerging from the Carnegie Mellon University Robotics Institute, our team specializes in Embodied Intelligence—giving robots the ability to perceive, adapt, and manipulate objects in dynamic environments. We are translating decades of advanced robotics research into standalone, pharma-grade workstations that just work.
Tim Mueller-Sim
Co-Founder
Tim drives the vision for Freestyle Robotics, translating his CMU research in adaptable manipulation directly into the high-mix demands of the pharmaceutical bench.
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Sam Powers, PhD
Co-Founder
Sam leads the architectural foundation of our Embodied Intelligence. Her CMU research ensures our manipulators rely on robust, vision-guided frameworks rather than rigid PLCs.
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Jon King, PhD
Lead Manipulation Expert
Jon bridges the gap between software intelligence and physical execution. Hand-engineering our high-DOF control policies, he gives our robots human-level dexterity with flawless machine repeatability.
View Research ProfileThe Freestyle Moat: A Unified Architectural Stack.
We don't bolt smart software onto dumb hardware. We eliminated the friction of third-party integration by developing our perception models, control policies, and physical manipulators under one roof. The result is a neural-symbolic architecture that doesn't just execute commands—it understands its environment.
Validated for the Long Term.
Unified Stack
Integrated hardware and software means faster debugging, easier validation, and a single point of contact for support.
Adaptable Logic
Our robots use visual feedback, not just sequential timers, allowing them to adjust to "messy" real-world lab conditions.
Pharma-Grade Reliability
Designed to meet the 10-20 year lifecycle demands of global pharmaceutical leaders.
Ready to eliminate the mundane?
Let us show you how Freestyle Robotics can automate your highest-risk manual tasks.