Der a|TopShape ist ein innovativer Strahlformer, der kollimierte Gaußstrahlen in kollimierte Top-Hat Strahlen umwandelt.
Laser marking has become an indispensable part of the industrial and commercial environment. As a reliable processing step, they allow recognition and traceability by marking a wide variety of products and production pieces. Be it a company name on a ballpoint pen, a trademark on cutlery, symbols on switching units within a vehicle or a reference number on a high-performance optical system. As a permanent companion in everyday life, laser markings can be found everywhere. The permanent, abrasion-resistant marking of various materials such as metal (aluminum, gold, stainless steel, etc.), plastics (PMMA, polycarbonate, etc.), wood, lacquers or foils is always in the foreground. Laser marking involves various processes:
- Engraving and
Of course, a laser medium is at the center of the object labeling. This emits energy in form of light, while energy is pumped in via a pump. An additionally installed resonator, which in the simplest case consists of two parallel mirrors, amplifies the resulting light radiation. Between the mirrors, one partially impermeable and the other impermeable, the light waves are reflected back and forth until they emerge from the partially permeable mirror as a bundled laser beam. The laser beam produced in this way can then be used for various purposes, such as laser marking.
Depending on the material to be marked, different types of lasers are used: A fiber laser, for example, is preferably used to mark metals by engraving. ACO2 laser is often used for marking glass and plastic. Industries in which laser marking is an integral part range from automotive industry, electrical industry and medical technology to the packaging industry. Since there are no mechanical resistances to the laser during marking, high processing speeds are possible, which leads to considerable time and cost savings. Laser marking is a pioneer in marking due to its ability to achieve the smallest, most precise markings that are durable and resistant to various environmental influences. Advantages such as contactless material processing save costs for milling cutters and drills, additional materials such as ink are not necessary. High operational reliability, low maintenance requirements or high flexibility regarding motifs and materials make laser engraving an indispensable medium of our time.
asphericon offers unique and effective solutions for the many different optical components. Our beam shapers, mirrors and coatings allow fast and effective bundling of light energy. A wide range of different lenses, from the sphere to the asphere to the axicon, lead to the powerful use of your lasers. Feel free to contact us! Our experienced team will show you various possible solutions customized to your specific application requirements.
Der a|AiryShape ermöglicht in Kombination mit einer Fokussierlinse die Umwandlung von kollimierten Gaußstrahlen in verschiedene fokussierte Strahlprofile (z.B. Top-Hat, Donut). Dank seiner kompakten Bauweise lässt er sich problemlos in bestehende Set-ups integrieren.
Looking for a custom solution? Discover our customized aspheres with unsurpassed surface quality.
Custom Aspheres at a gance
- Customized aspheric optics for UV/VIS/IR range
- Individual optical designs for for all types of applications
- Diffraction-limited quality with a Strehl ratio up to 0.99
- Outstanding surface quality with roughness values as low as 5 Å
- High-end optical coatings
Choose between asphericon a|High-NA, a|Low-NA and a|UV-grade fused silica. Thanks to CNC polishing and grinding this aspheric lens meets the highest demands on production quality and tolerance.
a|Aspheres at a gance
- Precision polished Aspheres (a|High-NA, a|Low-NA and a|FusedSilica)
- CNC grinding & polishing for superior surface roughness
- Materials: S-LAH64, N-BK7, FusedSilica
- Diameter: 10 mm bis 100 mm
- Off-the-shelf delivery for short lead times
Thanks to modern manufacturing technologies, we are able to produce spherical lenses of high quality and from different materials. In addition to optical glasses, these include crystals such as germanium and silicon, metals, PMMA and IR materials. For ideal use, we also finish your spheres with high-quality optical coatings...
In addition to an exclusive selection of high-precision 1″ and 2″ a|Axicons direct from stock, asphericon also manufactures convex and concave axicons as custom solutions.
Custom Axicons at a glance
- Customer-specific Axicons for the UV/VIS/IR range
- Individual optical designs for a wide range of applications
- Excellent surface quality with roughness values as low as 5 Å
- High-end coatings
Discover our exclusive selection of off-the-shelf a|Axicons. They are available in two diameteres with surface form deviation of RMSi < 0.07 µm.
a|Axcions at a glance
- Available in two diameters (25.4 mm and 50.8 mm)
- Suitable for high power laser applications
- Available with 4 standard coatings
- Delivery directly from stock
- RoHS compliance
Whether you are looking for components for telescopes or measuring technology, asphericon offers complex solutions and the highest precision from a single source. Starting with optical design and the production of your mirrors, asphericon also produce coated elements, such as dielectric mirrors for single wavelengths, two wavelengths and the entire bandwidth as well as metallic mirror coatings made from aluminum, gold and silver. Learn more about the details...
High-end optical coatings for each application – in outstanding quality, with reasonable delivery times and the reliable asphericon service. Equipped with state-of-the-art manufacturing and measuring technologies, our experienced team of technicians can turn your coatings ideas into reality.