Result description
The result is an advanced laser ablation device designed for precise, minimally invasive tumor treatment. It incorporates real-time temperature monitoring, ensuring high accuracy (0.1°C) throughout the procedure. The device’s standout feature is its closed-loop control system, which dynamically adjusts laser power based on real-time temperature feedback. This precise control allows for effective ablation of tumors while minimizing damage to surrounding healthy tissues. The control system provides clinicians with real-time visualization of temperature distribution within the tumor, enhancing both safety and precision. Extensively validated through preclinical testing in ex vivo and in vivo models, the device consistently achieves accurate and controlled ablation, setting it apart from existing technologies that lack such advanced monitoring and control capabilities.
Addressing target audiences and expressing needs
- To raise awareness and possibly influence policy
- Grants and Subsidies
- Collaboration
We require public grants to advance our innovative laser ablation system from its current Technology Readiness Level (TRL) 3 to a market-ready solution. These funds are essential to support the refinement, clinical validation, and regulatory approval processes necessary to bring this life-saving technology to healthcare providers and attract private investments. With public investment, we can bridge the gap between early-stage development and widespread clinical use, ultimately improving patient outcomes and reducing the need for invasive surgeries.
- Public or private funding institutions
- EU and Member State Policy-makers
- Research and Technology Organisations
R&D, Technology and Innovation aspects
The LEILA technology is at TRL 3, with an early-stage prototype validated in a lab setting. We seek public funding to advance R&D, focusing on refining the device, conducting preclinical testing, and preparing for clinical trials. We will then incorporate the spin off planned in our detailed exploitation strategy co-developed between the technology team (PoliMi) and business team (Day One)
The LEILA project’s scalable business model centers on the commercialization of a laser ablation system for tumor treatment. The device will be sold through a B2B model targeting hospitals, clinics, and specialized cancer treatment centers. The primary revenue stream will come from the sale of disposable components required for each procedure, ensuring recurring income with every use. By providing the core system on a consignment basis, LEILA reduces adoption barriers for healthcare providers while securing long-term relationships through consumable sales.
To scale, the business will focus on high-demand markets such as Europe and the U.S., initially targeting liver and breast cancer treatments. Over time, the model can expand to address other tumor types and minimally invasive procedures, leveraging its adaptable platform. Additionally, partnerships with distributors and medical device manufacturers will accelerate market penetration and ensure global reach.
Standard manufacturing procedures are needed to manufacture our product and consumables. Commercially available components have been already selected so the results are highly replicable and the production will be able to scale up following market’s demand.
The LEILA business model is sustainable long-term due to its recurring revenue stream from disposable components needed for each procedure. By offering the core system on consignment, it lowers initial costs for healthcare providers, encouraging adoption and creating lasting relationships. The model is scalable, targeting high-demand markets like cancer treatment, with potential expansion to other tumor types. Strong partnerships with distributors and medical device manufacturers will drive global reach, while the continued need for consumables ensures a steady income, supporting growth and innovation over time.
- Europe
- North America
