Femtosecond Laser (USPL)
A new dimension in precision machining
Femtosecond lasers from ACSYS open up a new dimension in precision machining. With pulse durations ranging from picoseconds to femtoseconds, they allow unprecedented control over the energy transferred to a material. As a result, the ultrashort pulses can create the finest structures on almost any material without causing any significant thermal damage.
Whether you are facing challenges in the microstructuring and functionalization of surfaces, the manufacture of optical components, or the production of medical implants, Ultra Short Pulse Lasers (USPL) from ACSYS offer you new possibilities for precision processing.
Highest precision with USPL
Laser systems that set standards
Advantages of Femtosecond lasers
Femtosecond lasers from ACSYS can be used to process a wide variety of materials in the nanoscale range without significant thermal input. This unique advantage of ultra-short pulse lasers creates new areas of application in laser processing in almost all sectors and industries. Functionalized surfaces inspired by nature provide anti-fogging or anti-fouling effects and the finest microstructures on medical implants help them to grow together better with the surrounding tissue.
Tools can be made more resistant and components tribologically optimized. With our femtosecond laser machines, metallic surfaces can not only be provided with the finest engraving patterns, but also polished at the same time. See for yourself the many possibilities of precision machining with ACSYS femtosecond lasers.
Customers all over the world engrave, mark, structure, weld, and cut their products with high-precision laser technology from ACSYS. You too can benefit from our expertise as a technology leader, especially for ultra-short pulse lasers (USPL).
High Precision
Femtosecond lasers from ACSYS are able to process materials with an extraordinarily high level of precision, allowing the finest structures and details to be created. Targeted control of the laser energy means that even complex 3D structures can be realized with a high degree of accuracy and reliability.
Low Heat Input
The so-called “cold processing” is a major advantage of femtosecond lasers. Due to the ultra-short laser pulse, only a small amount of energy is transferred to the workpiece, resulting in minimal heat generation. This prevents deformation or damage to the material.
Flexibility with Materials
With ACSYS femtosecond lasers you can process a wide range of materials, including metals, semiconductors, polymers, and ceramics. This opens up numerous areas of application, ranging from microstructuring to polishing to finishing, and enables new types of products and product designs
Sustainable and Efficient
Thanks to their high energy efficiency and low material consumption, Femtosecond laser systems from ACSYS minimize the CO2 footprint of production and save valuable resources. In contrast to conventional production methods, they also reduce the use of chemicals and harmful substances to a minimum or can even be used as a full-fledged alternative for chemical processing.
Industries That Use Femtosecond Laser Machines
Femtosecond lasers can be used in many applications and offer unmatched precision, making them essential in areas where accuracy is critical. Some fields that these lasers can provide significant advantages to include:
- Medical device production – These lasers are commonly used in the medical and healthcare industry as they are able to create extremely clean cuts with minimal thermal damage. When it comes to sterilization and cleaning, marking with a laser offers key advantages when compared to competing methods.
- Aerospace and defense – Aerospace parts require extreme accuracy, something laser systems excel at. The use of femtosecond laser systems allows for the creation of precise and intricate structures.
- Automotive – Lasers used in the automotive industry can help reduce component costs and assembly times, as well as increase product quality and visual appeal. Seamlessly integrate our laser systems into your existing workflow to boost production output.
- Photonics and optics – These lasers are widely used in the photonics and optics industry to create intricate optical components for applications in telecommunications, sensing, imaging, and more.
- Watches and jewelry – In the watchmaking and jewelry industry, manufacturers use femtosecond lasers to create detailed, decorative work. Some common applications include branding or serial marking, micro-cutting of intricate designs, and fine engraving.
Femtosecond Laser Systems
ACSYS products and solutions combine hardware and software that are perfectly tailored for your processes. Our femtosecond lasers open up a new dimension in precision processing for engraving, marking, structuring, welding, and cutting using laser technology.
PIRANHA µ
High-precision laser processing in series production is the specialty of the PIRANHA® µ. That is why it is our bestseller when it comes to micro-precision. In combination with an Femtosecond Laser (UKP), the PIRANHA® µ is a true precision champion and impresses with its flexibility in terms of materials and application options.
MULTISHIFT µ
The MULTISHIFT® µ from ACSYS is versatile, ergonomic, automated, full of high-tech and an eye-catcher. If only because you can watch the laser at work here.
ORCA µ
The ORCA® µ impresses with maximum precision and repeat accuracy – even with bulky components and multi-sided machining.
Experience Unmatched Precision with Femtosecond Lasers
As a leading supplier of high-precision machines in the field of laser technology, we’re here to help you meet a range of application needs. If you want to learn more about how our femtosecond laser machines can improve your operations, reach out today!