Femtosecond lasers with outstanding performance
Femtosecond lasers
Precision you can qualify
Processing on micrometer level and below. Identical pulse behavior for repeatable, stable production processes.
Reliable performance
No trade-offs in quality or laser lifetime. Compact all-in-one design with proven interfaces, ready to integrate.
Plan with confidence
Scalable supply and predictable 3-4 month delivery time reduce project and sourcing risk. Long-term expert support.
Achieve superior product quality
Precise laser manufacturing for demanding applications
Our all-in-one femtosecond lasers are designed for 24/7 industrial production. Experience high-quality manufacturing with ultrashort laser pulses and benefit from:
- Damage-free processing
- HAZ-free laser processing
- Highly flexible processing on the surface, backside, and in volume
- A wide range of wavelengths: 515 nm, 1030 nm, 1950 nm
How femtosecond lasers help
Challenges traditional laser processes often face
Many precision manufacturing processes are limited by thermal effects, material damage, or insufficient feature resolution. Femtosecond laser pulses interact with material so quickly that heat transfer is minimized. This enables:
- Cold ablation and HAZ-free processing
- High-quality edges and surfaces without burr formation
- Precision micromachining down to micrometer level and below
- Processing of brittle and sensitive materials without microcracking or damage
- Cost reduction due to reduced scrap and post-processing
- Faster process validation, from feasibility to production-ready results
Guaranteed availability:
Predictable 3–4 month lead times
Benefit from our rapid response service program and get support within 24 hours.
Decades of laser expertise with application labs in Europe for fast, proven process validation
Why Luxinar
High-quality femtosecond lasers engineered for industrial reliability
Achieve stable, repeatable, and proven results
Our lasers deliver consistent pulse behavior and long lifetime, helping you achieve stable, repeatable results in demanding manufacturing environments such as semiconductor, microelectronics, medical, automotive precision engineering, and jewelry and luxury goods.
Plan your projects with confidence
Predictable, short delivery timelines, scalable production, and a reliable global network of personal contacts, service partners, and application labs help you avoid delays and keep your projects on track. Ensure fast responses and long-term continuity. Work with a partner who supports your entire process.
From feasibility testing and validation to system integration and service, you work directly with experienced application teams—so you can move faster and make confident decisions.
Process more materials
Available at 515 nm, 1030 nm, and the unique 1950 nm wavelength, Pulsecore® femtosecond lasers support optimized processing of metals, glass, polymers, and sensitive substrates. The 1950 nm option opens new possibilities for advanced applications and transparent-material processing.
Simplify integration
A compact all-in-one design, proven interfaces, and flexible operating modes reduce integration effort.
Benefits
Femtosecond laser technology for next-generation material processing
Our durable femtosecond lasers are specifically designed for demanding industrial applications. The all-in-one design significantly cuts system costs and ensures a long laser life.
Ultrashort-pulse lasers are suitable for different manufacturing processes, such as ablation, cutting, engraving, marking, and shaping. Work on various materials from ceramics to metals to polymers.
The easy-to-integrate laser source can also be used for advanced micro-machining. Manufacture nanostructures and microstructures in all shapes without any geometric constraints.
The short-pulse width of our fiber-based femtosecond laser ensures that there are no heat-affected zones (HAZ), which guarantees superior product quality. You get excellent edge quality, roughness, and the precise shape that is needed.
Improve your product quality using advanced femtosecond laser technology.
Ultrashort-pulse laser
Aionis: for high-precision manufacturing
Aionis
Highest quality, easy integration and cost-saving design. Our femtosecond laser is suitable for the most demanding applications.
Frequently asked questions
Your femtosecond laser questions answered
Choosing the appropriate pulse duration is a critical aspect of laser manufacturing. To avoid any thermal influence and damage in the processed materials, use ultrashort femtosecond pulses.
Some manufacturing processes require longer pulses, because of thermal energy input into the material. Therefore, the Luxinar femtosecond lasers can be tuned from femtosecond to picosecond pulse durations. This allows for high flexibility in processing.
The average power needed for your manufacturing process depends on its specific requirements. Our femtosecond lasers achieve great surface, in volume, and backside processing results across a wide range of materials.
For optimum application quality, the pulse energy and repetition rate are critical laser parameters that determine the average power of the laser. Our team is dedicated to help you find the ideal laser parameters for your process, ensuring the best possible processing result.
Wavelength is not the most important parameter when surface processing is required. At these high laser intensities, multiphoton absorption occurs. When processing in volume or backside material, you need to pay attention to the wavelength. Wavelengths need to be adapted to achieve high transmittance.
Luxinar offers different wavelengths on our Femtosecond lasers, which are appropriate for the specific manufacturing process you want to realize. The wavelengths range between 515 nm and 1950 nm for flexible processing.
In high-precision micro-machining the process result needs to be the best quality. Even minimal damage should be avoided. Many effects that could negatively influence the process result are related to temperature changes.
Femtosecond laser pulses concentrate all pulse energy in the process zone without heating up the surrounding material. This effect is called cold ablation.
There is no regular service needed. Our lasers are engineered for 24/7 manufacturing processes.
The all-in-one design provides all the components needed to integrate the laser into your machine. Everything is within one housing and integration is easy.
Waiting months for a laser can impact development programs, customer deliveries, and revenue. Luxinar combines femtosecond laser performance with short delivery times, helping you keep projects moving.
Luxinar Aionis femtosecond lasers are available with predictable lead times of 3–4 months. This allows you to plan machine deliveries and development schedules with confidence and without the uncertainty of open-ended waiting times.
Yes. Alongside high-performance femtosecond laser technology, Luxinar is committed to responsive customer support and reliable delivery schedules, helping machine builders and integrators keep projects on track.