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Turbine develops an AI-powered simulation platform, a virtual lab for biological experiments focused on oncology drug discovery. This technology models cancer cell mechanisms to identify novel targets and optimize therapeutic strategies. It accelerates discovery via rapid simulations, to increase success and reduce timelines in target identification and biomarker selection.
Founded in 2016 by Kristóf Szalay, Daniel Veres, and Szabolcs Nagy, Turbine emerged from Szalay’s insight into simulating human cells. This understanding enabled building an AI platform predicting cellular responses. Their aim was to translate complex biological data into actionable drug development strategies, addressing oncology research bottlenecks.
Pharmaceutical companies and research institutions utilize Turbine's virtual lab for R&D decision-making. It partners with pharmaceutical leaders to streamline drug development from discovery through clinical application. Turbine envisions transforming oncology drug discovery by providing scalable insights, fundamentally reshaping how new treatments are identified and validated.
Turbine has raised $157.0M across 9 funding rounds.
Turbine has raised $157.0M in total across 9 funding rounds.
Turbine has raised $157.0M across 9 funding rounds. Most recently, it raised $25.0M Series B in February 2026.
Turbine Technologies, Ltd. is a U.S.-based manufacturer of educational laboratory equipment specializing in hands-on STEM learning tools, particularly small gas turbine engines and related systems like jet engines, steam plants, and wind turbine generators[2][3][4]. Founded in 1986, the company serves engineering faculty and students worldwide, offering affordable, turnkey lab solutions that provide real-world experiences without the complexity of full-scale industrial equipment; clients include prestigious institutions such as the United States Naval Academy, Princeton University, Stanford University, and Ohio State University[2][3]. It solves the challenge of delivering practical engineering education by simplifying complex technologies into portable, instrumented systems that foster critical thinking and open-ended design projects[2][4].
The company operates from a 41,000 square foot facility in Chetek, Wisconsin, emphasizing simplicity, affordability, and data acquisition-equipped products for undergraduate labs[3][4]. Note that search results distinguish this from unrelated entities like Turbine Technologies in Florida (aviation parts resale, founded 1997[1]) or Turbine Technology Services (gas turbine maintenance[5]), confirming Turbine Technologies, Ltd. as the primary match for a technology company in educational engineering hardware[2][3].
Turbine Technologies was founded in 1986 by Wolfgang and Marianne Kutrieb, German immigrants who arrived in the U.S. in 1963 and channeled their entrepreneurial spirit into technology-driven manufacturing[3]. The idea emerged from a focus on accessible engineering education: their first product was a small jet engine installed in a fully instrumented, portable test cabinet, offering an affordable alternative to costly full-scale testing facilities[2].
Early traction came from this turbojet lab, which addressed the need for real-world experiences in gas turbine technology for undergraduates[2][4]. The company evolved under second-generation leadership—Mike, Tom, and Toby Kutrieb—who now oversee product development, sales, and manufacturing, expanding the lineup to include steam electric plants, 3-phase wind turbines, and other STEM labs used by hundreds of colleges globally[2][3].
Turbine Technologies rides the STEM education surge, fueled by global demands for engineering talent amid advancements in aerospace, renewable energy, and power systems—gas turbines remain pivotal for their efficiency in jets, generators, and industrial uses[4]. Timing aligns with post-pandemic emphasis on hands-on learning recovery and affordable edtech hardware, as universities seek cost-effective alternatives to simulations or OEM-scale tools[2].
Market forces favoring it include rising enrollment in engineering programs, U.S. manufacturing resurgence, and renewable integration (e.g., wind turbine labs), positioning it to influence ecosystems by training the next generation of turbine experts for aviation and energy transitions[3][4]. Its client base amplifies impact, embedding practical skills into curricula at elite institutions.
Turbine Technologies is poised for expansion in hybrid learning and green tech education, with trends like AI-enhanced data acquisition, modular renewables labs, and international STEM initiatives driving growth—potentially adding VR integrations or electric/hybrid turbine models[2][4]. Influence may evolve toward K-12 outreach or corporate training, solidifying its niche as the go-to for accessible turbine tech demos.
This educational enabler underpins tomorrow's innovations, turning classroom labs into launchpads for real-world engineering breakthroughs.
Turbine has raised $157.0M in total across 9 funding rounds.
Turbine's investors include Laszlo Robert Czirjak, Accel, Ascan Voswinckel, Mercia, MSD Global Health Innovation Fund, MassMutual Ventures, Kunal Shah, Alexandre Perrin, Daniela Tsoneva, David M. Rubin, Outrun Ventures, Scalebridge Capital.
