Laser research equipment built for tomorrow’s R&D challenges
Research and R&D teams need laser research equipment that evolves as quickly as their ideas. From developing new materials to validating advanced manufacturing strategies, LASEA provides flexible platforms for laser prototyping, experimentation and industrial transfer.
Versatile laser research equipment
Laser systems that evolve with new materials, processes and wavelengths.
Tailor-made for Industrial R&D
Custom-built configurations developed in close collaboration with European R&D partners.
Integrated laser process monitoring
Advanced positioning, measurement, characterization and laser process monitoring tools — all managed within a single software environment.
Outcomes
From laser prototyping to industrial validation
LASEA helps researchers bridge the gap between concept and industrial application by simplifying experimentation while expanding research capabilities.
Accelerate laser prototyping
Easily test, compare and optimise multiple laser parameters on one platform.
Simplified R&D control
All laser sources and motion systems managed in KYLA® software for seamless coordination.
Repeatable results with laser process monitoring
High stability and integrated monitoring make every experiment measurable, comparable and ready for industrial transfer.
Clients in
35+ countries
Partnerships with the most prestigious Universities
Laser research equipment trusted by universities worldwide
LASEA develops laser research equipment combining flexibility, precision and modularity for universities, research institutes and industrial R&D laboratories.
Laser research projects and academic references
LASEA collaborates with leading universities and research centres across Europe, Asia and the United States to accelerate laser research and industrial innovation :
Laser processes for R&D, laser DOE and process development
LASEA supports advanced R&D through laser micromachining technologies, enabling laser prototyping, laser DOE, process optimisation and industrial validation.
From sapphire to stainless steel, our laser cutting processes deliver burr-free, contactless results across all materials – hard, fragile, or soft. Fine edges, tight tolerances, and complex geometries come standard.
From injectors to microelectronic components, laser drilling delivers fast, accurate results across all materials. Clean holes, straight walls, zero contact.
From decorative detailing to industrial-grade traceability, laser engraving delivers precision and permanence without physical contact. Whether you work in luxury, medical devices, electronics, or aerospace, our engraving solutions combine sharp resolution with clean, controlled results.
Laser marking enables fast, clean, and durable inscription across a wide range of materials. Whether you need high-contrast codes, discrete internal markings, or tamper-proof branding, our systems deliver uncompromising quality – without contact, additives, or post-processing.
From stents and catheters to micro-needles and implants, laser micromachining enables the production of ultra-precise medical components with no physical contact or tool wear. Our laser systems are engineered to handle even the smallest tube diameters with total control and consistency.
Laser chamfering provides a non-contact, highly controlled way to shape and polish edges delivering sharp angles and immaculate finishes, especially for high-end components. Unlike mechanical methods, it avoids tool wear, stress, and inconsistency.
Laser welding delivers high-precision, non-contact joining – ideal for miniature or sensitive components across luxury, medical, electronic, and aerospace applications. From fine seams to complex material pairings, laser welding ensures clean, strong, and consistent results where traditional methods fall short.
Laser Lift-Off (LLO) enables the clean, precise separation of thin functional layers from transparent substrates – ideal for flexible electronics, displays, and microfabrication.
From microelectronics to luxury packaging, laser decoating provides a fast, clean, and selective way to remove surface layers, without damaging the substrate. Whether for aesthetics or performance, the results are high quality, stress-free, and repeatable.
From haute horlogerie to industrial surface engineering, laser decoration and texturing delivers unmatched precision, design freedom and repeatability. Whether you seek aesthetic refinement or functional surface transformation, laser processes offer a non-contact, fully digital alternative to traditional methods.
From aesthetic finishes to functional surface engineering, laser texturing creates micro- and nano-scale patterns with speed, precision, and complete design freedom. Whether your goal is decoration, adhesion, or biomimicry, our laser solutions deliver textures that matter.
Laser turning offers tool-free precision machining for small-diameter parts – ideal for hard-to-cut materials and ultra-fine finishes. Perfect for high-end medical, electronics, and luxury components.
Laser wire stripping removes insulation from ultra-fine wires with surgical precision – no contact, no blade marks, no damage. Perfect for sensitive applications in medical and electronic assemblies.
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