Our take
Multiply Labs is one of the few robotics companies going after the most manual part of modern medicine: making cell and gene therapies, where trained operators still move bags of cells between instruments by hand inside cleanrooms. Its robotic cluster runs those steps with Universal Robots arms inside a closed system and keeps the instruments a drugmaker has already validated.1,5
The company claims a 74% cut in cost per dose and up to 100 times more throughput, and the October 2026 round brought in AstraZeneca and Teradyne as new investors. The weak points are evidence and price. Most deployments named so far are pilots and collaborations, and the company publishes no price for a cluster.3,4
Scores by criterion
Each criterion is defined on our methodology page.
Who uses Multiply Labs and what it's for
Multiply Labs sells to pharmaceutical and biotech companies that make advanced therapies, starting with cell and gene therapy and now expanding to antibodies, viral vectors, and mRNA. The platform is owned and operated by the drugmaker itself rather than run as an outsourced service.3
Named partners include Kyverna Therapeutics, which is piloting the robots on its KYV-102 CAR-T process, and AstraZeneca, which joined the Series B as an investor.4,3
History
Fred Parietti and Alice Melocchi met at MIT in 2014, while Parietti was a mechanical engineering PhD student and Melocchi a visiting pharmaceutical scientist. They started Multiply Labs in 2016 with Joe Wilson and Tiffany Kuo, went through Y Combinator, and began by building robots that 3D printed personalized supplement capsules.6
The company later moved from pills to the far harder job of automating cell therapy manufacturing. It raised a $20 million Series A in April 2021, led by Casdin Capital with Lux Capital among the new investors, and a $75 million Series B on October 6, 2026, led by Dr. Patrick Soon-Shiong with NantWorks.7,3
The robotic cluster
A cluster links a drugmaker's existing GMP instruments inside a closed, automated enclosure, with robot arms moving material between steps. Multiply Labs says the process stays the same, which avoids a new process transfer, and that clusters can be reconfigured as the process changes.1
Software records every sensor reading and robot action as electronic batch records. Resonance, its training pipeline, teaches the robots new steps from video of an operator doing them.1,4
Multiply Labs built the cluster on Universal Robots cobots, which it picked for six-axis motion, force control for delicate handling, and cleanroom compatibility.5
Funding and backers
The Series B brought new investors AstraZeneca, Lingotto, Teradyne, and Strange Ventures, with Casdin Capital, Lux Capital, Fifty Years, Ora Global, and Founders Fund returning. Total funding since 2016 is over $100 million.3
The company says it will use the money to expand manufacturing capacity, speed up its product roadmap, and grow its engineering, regulatory, and commercial teams as customers move from clinical to commercial production.3
Competitive landscape
| Company | Product | Pricing model | Deployment footprint | Where Multiply Labs wins or loses |
|---|---|---|---|---|
| Multiply Labs | Robotic clusters that automate cell therapy and biologics manufacturing1 | Not published; owned and operated by the drugmaker3 | Pilots and collaborations such as Kyverna; claims a 74% cut in cost per dose3 | Automates existing GMP instruments; prices not published |
| Cellares | Cell Shuttle automated cell therapy manufacturing platform9 | Manufacturing service through its own smart factories9 | First patients dosed with a therapy made on Cell Shuttle9 | Cellares wins as a full-service manufacturer at scale. Multiply Labs wins for drugmakers that want to own their capacity. |
| Ori Biotech | IRO automated cell and gene therapy manufacturing platform10 | Not published10 | 10-year, $120 million partnership with a pharma company; Catalent is a partner10 | Ori wins on a purpose-built bioreactor platform. Multiply Labs wins by keeping instruments a drugmaker already validated. |
| Lonza | Contract development and manufacturing for complex drugs11 | Contract manufacturing service11 | Sold its Cocoon automated cell platform to Octane Medical Group in April 202611 | Lonza wins on global contract capacity. Multiply Labs wins on automation a drugmaker runs itself. |
| Opentrons | Open-source benchtop liquid handling robots, Flex and OT-213 | Published list prices: Flex from $24,950, OT-2 from $15,95012 | More than 11,000 robots in over 80 countries14 | Opentrons wins on low published prices for research labs. Multiply Labs wins on closed, GMP-ready manufacturing. |
Limits
Multiply Labs publishes no price for a cluster or for its software, so buyers cannot compare its cost with manual production or with other automated platforms without a quote.1
The 74% cost reduction and 100x throughput figures come from the company and its robot supplier, not from an independent study.3,5
Revenue is not disclosed. We estimate it at $5 million to $15 million a year, based on a company still moving from clinical-stage deployments to commercial production and a team in the dozens. This is an estimate, not a reported figure.3,2
What customers say
Where it helps
Universal Robots describes the cluster as producing up to 100 times more patient doses per square foot of cleanroom than manual methods, with better repeatability and sterility.5
Strange Ventures, which joined the Series B, wrote that Multiply builds its robots around the instruments, consumables, and workflows already inside pharmaceutical plants rather than asking drugmakers to throw out validated processes.8
Where it falls short
We found no published commercial-scale results. Buyers should ask for batch success rates from pilot programs and for the validation work needed before a cluster runs a licensed therapy.4
Leadership

Fred Parietti
Co-founder and chief executive officerParietti earned a PhD in mechanical engineering at MIT, where he built wearable robotic limbs, and co-founded Multiply Labs in 2016.6,8
Sources
- Multiply Labs, Homepage, accessed November 2, 2026
- Multiply Labs, Team, accessed November 2, 2026
- Multiply Labs, Multiply Labs raises $75 million Series B, October 6, 2026, accessed November 2, 2026
- Multiply Labs, Multiply Labs partners with Kyverna Therapeutics, accessed November 2, 2026
- Universal Robots, Multiply Labs case story, accessed November 2, 2026
- MIT News, MIT in the Bay Area, November 2, 2016, accessed November 2, 2026
- FinSMEs, Multiply Labs raises $20M in Series A funding, April 14, 2021, accessed November 2, 2026
- Strange Ventures, Why we invested in Multiply Labs, October 6, 2026, accessed November 2, 2026
- Cellares, Homepage, accessed November 2, 2026
- Ori Biotech, Homepage, accessed November 2, 2026
- Lonza, Cocoon platform divestment, accessed November 2, 2026
- Opentrons, OT-2 robot, accessed November 2, 2026
- Opentrons, Flex robot, accessed November 2, 2026
- Opentrons, Series E announcement, October 29, 2026, accessed November 2, 2026

