Advanced Engineering Solutions for Complex Challenges.
From high-precision optomechanics to advanced medical devices, Lysitron delivers end-to-end engineering design, prototyping, and consulting services.
Lysitron bridges theory to reality for Biotechnology, Semiconductors and Industrial sectors through engineering, prototyping and manufacturing services. Οur team combines advanced problem solving with hands‑on manufacturing expertise to solve complex engineering challenges for high‑performance products.
Bridging the Gap from Lab to Market
01
Applied Research & Feasibility
Translating scientific concepts into engineering realities. We use advanced mathematical modeling and multiphysics simulations to validate your core idea before building anything physical.
02
Proof-of-Concept Engineering
Moving out of the lab. We transform fragile, benchtop experimental setups into robust, integrated prototypes that demonstrate real-world functionality to investors and stakeholders.
03
Complex Systems Integration & Product Development
Solving the fragmentation problem. We take separate subsystems—mechanics, optics, fluidics, electronics and software—and seamlessly package them into a single, cohesive unit.
04
Pathway to Commercialization
Designing with the end in mind. We optimize the final architecture for mass manufacturing (DFM) and strict regulatory compliance (ISO, MDR), ensuring a smooth market launch.
Core Engineering Domains
We specialize in developing complex physical systems across highly demanding industries.
Medical & Biomechanical Devices
Patient-specific structural design, gait load simulations, development of orthopedic implants and ex-vivo support systems.
Microfluidics & Bio-Packaging
Design of fluidic manifolds, lab-on-a-chip interfaces, and macro-to-micro scalable cartridges tailored for biochemical bonding and mass production.
Optomechanical Systems
Custom mechanisms for laser integration, beam steering, and complex optical alignment with sub-micron positioning accuracy.
Semiconductor Equipment
Advanced handling and packaging solutions, including high-precision wafer testing systems and automated material transfer onto wafer substrates for AI applications.
Industrial & Thermal Systems
Heavy-duty engineering for continuous flow reactors, automated production equipment, and advanced thermal/fluid management architectures.
The Lysitron advantage
Sub-Micron Precision
We engineer tight tolerances across the entire system. By pairing rigorous GD&T with advanced software control, we ensure flawless assembly and ultra-precise performance in micro-scale applications.
Agile R&D Integration
Combining the deep analytical rigor of academic research with the fast-paced, iterative prototyping required by deep-tech startups.
Cross-Disciplinary Synergy
True innovation happens at the intersections. We seamlessly integrate mechanical structures, optical paths, and electronic packaging into single cohesive units.
Design for Certification
We engineer your products with industry standards in mind from day one, preparing robust technical documentation to streamline your path to EU regulatory framework and ISO compliance.
Bridging Academic Rigor with Industrial Execution
Founded by NTUA engineers, Lysitron was built to execute complex R&D projects. We combine deep analytical modeling with agile manufacturing to deliver robust electromechanical systems.
Deep-Tech Experience
Our background spans from EU Horizon projects and semiconductor packaging to the development of CE-marked medical devices. We understand the strict requirements of high-stakes engineering and we are ready to deliver high quality tailored solutions.
End-to-End Execution
We don’t just deliver CAD files. From the first structural simulation (FEA) to the final CNC machined prototype, we manage the entire product development lifecycle in-house and through trusted partners.
Let's Build Something Extraordinary Together!
Have a project in mind? Whether you need a feasibility study, a functional prototype, or a full-scale design for manufacturing, Lysitron is ready to help.
- Feasibility Studies & Consulting
- Functional Prototyping
- Design for Manufacturing
