Medical Grade Laser Precision. Built for Manufacturing.
Medical equipment manufacturers need technologies capable of combining precision, flexibility and repeatability throughout the manufacturing process. LASEA develops medical laser systems that help engineers address the challenges of miniaturisation, complex materials and increasingly demanding component geometries.
Micron-Level Precision
Manufacture intricate medical components with accurate geometries and controlled laser processes.
Minimal Thermal Impact
Ultrafast laser technologies help limit heat-affected zones when processing delicate materials and miniature structures.
Flexible Manufacturing
Adapt laser processes to different geometries, materials and production requirements through modular system configurations.
Reduced Mechanical Stress
Non-contact laser machining eliminates mechanical tool pressure on sensitive components.
Medical micromachining, laser cutting, welding and drilling for advanced medical devices.
LASEA develops high-precision laser systems for medical equipment manufacturers and medical device engineering companies. From laser cutting stents and micromachining catheters to manufacturing intricate implant components, our medical laser technology combines micron-level precision, process repeatability and flexible production capabilities.
A Laser Technology Partner for Medical Equipment Manufacturers
LASEA combines expertise in ultrafast lasers, precision mechanics, optical modules and process development to support demanding medical manufacturing applications. Our engineers work with industrial partners to develop laser processes adapted to their components, materials and production requirements. Rather than offering a single standard configuration for every application, LASEA combines laser technologies and modular equipment to address specific manufacturing challenges.
Laser Systems Installed
Across demanding industrial applications worldwide.
Continents
An international presence supporting manufacturers around the world.
Revenue Reinvested in R&D
Driving continuous innovation in laser technologies and processes.
Laser Micromachining Expertise
Developing high-precision laser solutions since 1999.
Medical Laser Cutting, Drilling, Welding and Micromachining
Medical device manufacturing requires precise control over increasingly small and complex components. LASEA combines advanced laser sources, motion systems and process control technologies to support a wide range of medical micromachining applications, from early prototyping to industrial production.
Precision cutting for stents, catheters and miniature medical components.
Laser cutting medical devices requires accurate geometries, controlled edges and consistent results. LASEA’s laser cutting technologies enable the manufacturing of intricate structures in small-diameter tubes and delicate materials, supporting applications such as vascular stents, catheter components and minimally invasive medical instruments. Our solutions support complex cutting geometries while limiting thermal impact and reducing mechanical stress on sensitive components.
Precise micro-holes for complex medical components.
Medical laser drilling enables the creation of small, accurately positioned holes in components where conventional mechanical processes may be difficult to implement.
LASEA’s technologies provide controlled drilling for miniature medical parts, supporting the development of intricate geometries and demanding dimensional requirements.
Reliable joining for miniature medical assemblies.
Medical laser welding provides a precise, non-contact solution for joining small or sensitive components.
LASEA’s laser technologies support the development of controlled micro-welding processes for medical assemblies, including applications involving microfluidic devices and catheter-related components.
From laser welding catheter components to joining delicate structures, our solutions are designed to limit thermal impact while maintaining process consistency.
High-resolution identification and functional engraving.
Medical laser marking enables precise and durable identification on small components.
LASEA’s technologies support detailed marking and engraving operations, including identification codes, functional patterns and fine geometries.
Medical laser engraving can also be used to create specific surface features where controlled material removal is required.
Controlled material removal for sensitive medical components.
Medical laser ablation enables precise removal of selected material layers or surface features.
Using advanced laser technologies, LASEA supports applications requiring fine material removal, limited thermal impact and controlled processing of delicate components.
Complex geometries on miniature medical tubes.
LASEA develops laser solutions for high-precision tube micromachining, combining operations such as cutting, drilling, chamfering and turning.
These capabilities are particularly relevant to the manufacture of stents, catheter components, micro-needles and other miniaturised medical devices.
From Medical Laser Process Development to Long-Term Support
Developing a medical laser process requires more than selecting the right machine. LASEA supports manufacturers throughout the development and implementation of their laser applications.
Feasibility test
Test your ideas with confidence: validate processes, materials and designs before scaling up.
After-sales services
Optimize performance and extend machine life with our ongoing service, maintenance and upgrades.
Technical support
Wherever you are, our experts are here to solve problems fast and keep production moving.
Job shop
Entrust us with your production
Talk to a LASEA expert about your medical micromachining project.
Whether you are developing a new medical device, evaluating laser cutting for stents or exploring laser welding, drilling or marking technologies, our engineers can help assess the feasibility of your application. Share your manufacturing requirements and discover how LASEA’s medical laser technology can support your next project.
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