What are the opening hours?

Monday 08:30 - 17:00 Tuesday 08:30 - 17:00 Wednesday 08:30 - 17:00 Thursday 08:30 - 17:00 Friday 08:30 - 17:00

Workshop of Photonics

Home
Lithuania
Vilnius
Workshop of Photonics

We deliver innovative, precise, and effective femtosecond laser micromachining technology and solutions for industry and science needs.

At Workshop of Photonics we create instruments and solutions for laser micromachining tasks.We address the needs of both industrial and academic customers. Our key competencies lie in:
* Feasibility studies on femtosecond laser micromachining
* Development of custom femtosecond laser systems and optical modules
* Small scale production (job shop) in the area of laser micromachining
* Laser system automation software
* Custom electronics for laser based systems and devices

Since 2003 we have been carrying out extensive research in the field of femtosecond laser micromachining. By now we have gained significant knowledge in developing of laser micromachining workstations and optimizing femtosecond laser processes for unique tasks. Our growth is fueled by culture of open innovation and partnership with the local laser sector companies and worldwide partners. Workshop of Photonics is constantly involved in projects connecting scientific inventions with the market needs.

09/10/2025

New beautiful pics of our precise , made using radiation combined with the selective laser (SLE)! 😍
These are ultra-high surface quality glass wafers sized 300 mm and 150 mm, with densely packed features that require no or minimal post-processing before being used in your production process.

When it comes to , we offer a wide range of services - you name it!
From standard holes to complex arrays with through holes, blind holes, vertical or tapered sidewalls, impressive aspect ratios, and hole diameters varying from 20 µm, with typically no chipping.

Let's have a chat!

*P

17/09/2025

The Exhibition is just around the corner! We invite you to visit us at booth to discuss our exceptional 2D fiber arrays.

☑ Designed for standard SMF fibers, diameter 125/250 µm, and also reduced clad fiber 80 µm (not limited to it).
☑ Ultra-high precision & quality results
☑ Tight tolerances within ±0.5 μm
☑ Straight, flared, or with a cone for easier fiber insertion
☑ High density, standard 0,25 mm pitch
☑ Straight or angled holes
☑ Ultrafast direct laser writing speed, suitable for high-scale production
☑ Flexible designs are available with customizable hole sizes and pitch dimensions according to customer requirements.

Book a meeting or stop by our booth for a discussion. Looking forward to seeing you there!

📅 29 September - 1 October, Copenhagen
👉 BOOTH C2415

*P

21/08/2025

Our favorite examples of micro using selective laser ablation - zebra and the Einstein!

is a quite common industrial laser application.
It ensures high processing speed and high quality of the processed area.

This method allows for the precise removal of small portions of material layers without damaging the underlying substrate, utilizing femtosecond laser pulses. The depth and geometry of ablation may vary, making this method suitable for a variety of applications.

For more information, please visit our website (link is in the comments).

*P

12/08/2025

A system that can be easily adapted for various applications? The one that meets the demands of different research teams and fulfills all their requirements?
These are extremely important aspects, and as we work in the field of femtosecond lasers ourselves and explore various research areas, we understand this very well.

That's why we developed our - a femtosecond laser micromachining workstation designed for use, making it an ideal choice for laboratories and centers.

So, what are the benefits of ?
💙 All-in-one platform. This workstation is designed to perform multiple applications, not just one.
💙 Combined processes. It integrates both additive and subtractive process capabilities in a single workstation.
💙 Submicron resolution. Achieve a minimum feature size of 200 nm.
💙 Full support. We will install the workstation at your location and provide training for your team.

To learn more about the various applications and specifications of FemtoLAB, please check the link in the comments. 👇

*P

24/07/2025

The project is moving forward! Workshop of Photonics | W*P has successfully completed its task: the machine designed for texturing the project demonstrators (the Francis turbine and the mold for impeller blades) has been installed, and the testing phase is set to begin.

The laser machine integrates all components and modules provided by other members of the consortium and is capable of precisely positioning the complex 3D-shaped workpieces according to a predefined algorithm.

A newly created infographic for clearly explains this bio-inspired laser functionalization technology at a glance. This solution for aims to reduce friction and enhance the environmental footprint of industrial parts!

*P

17/07/2025

We enjoy working with glass, however, we happily employ various other materials in our *P lab as well! For instance, is particularly effective for .
Unlike other lasers or mechanical processing methods, femtosecond lasers stand out due to their ability to minimize heat effects while achieving sub-micron feature sizes.

Laser micromachining of metal alloys provides high and for a variety of applications – , FCO melt filtration, aerosol generation, inhalation applications, drug delivery systems, functional surfaces, fuel delivery systems, , and many more.

Key of our laser drilling process:
🔘 No melting and thermal impact in the peripheries
🔘 Hole diameter from the micrometer range to the centimeter range
🔘 Precise control of taper angle
🔘 Variable geometry of holes

Contact us for more information - we can also develop different processing parameters upon request. 💪

04/07/2025

👉 As high-performance semiconductors continue to advance, packaging has become increasingly important, particularly the interposer, which connects multiple dies within a package.

While silicon has traditionally been the standard material used, is emerging as a promising alternative.

Different companies are pursuing various strategies with glass, either focusing on interposers or aiming to replace the core of organic substrates.
Currently, the most pressing demand is for , which must meet intense requirements for bandwidth, signal quality, and size.

*P is also actively working on it, demonstrating promising .
Check out our new brochure and website link (in the comments) to learn more about our advancements in !

24/06/2025

The *P team is looking forward to seeing you at the *P Munich! We have exciting news at our booth, including a freshly fabricated panel and a new brand for our space variant retarders - ORISANDO.

Visit us at booth B3 | 413 to discuss how laser micromachining can help solve your toughest challenges!

11/06/2025

The most used method for substrate processing while creating is , combined with a process.
However, regardless of the glass fabrication process is known, there are still many challenges to address, such as the hole size, roundness, X/Y location, sidewall profile, defective vias, fabrication speed, and other factors that are critical to package performance and cost.

*P is continuously working on it, improving its characteristics every day. Visit us at *PMunich booth B3 | 413 to know all our latest advancements in and more!

15/05/2025

*P 💙 ! A long way to reach these single-shot Through Glass Via | TGV results in our , where love and hate always come together😉.

Picture: TGVs in BF33, 1mm thickness glass.

08/05/2025

For fabricating , we utilize femtosecond followed by selective laser-induced (SLE). It allows us to reach significant in , , , material versatility, and cost-effectiveness.

Using this laser method, critical features such as , tight positional , and hole diameter - within the tolerance of ±0.5 μm - can be achieved. This tight control of metrics ensures well-controlled alignment that might reduce insertion loss and provide good repeatability.

Moreover, as seen in pictures, this laser method enables straight or angled channel fabrication, also forming a hole entrance as a funnel, step profile, or with a conical taper for easy fiber insertion.

Let's discuss your task😉

11/04/2025

We do love ! 💙💎 While we do solve micron-scale challenges across various materials using our laser technologies, our primary expertise is in GLASS laser micromachining.
Glass laser , , , , , - all delivered with uncompromising precision and quality.
Our leading products tackle challenges in optical , , applications, and other sectors.

Worth to mention, that all of our solutions are highly . Thus, If you have an idea or a design, feel free to send it to us. Our team will review your request and provide the best possible solution!

Address

Mokslininku Gatvė 6A
Vilnius
08412

Opening Hours

Monday	08:30 - 17:00
Tuesday	08:30 - 17:00
Wednesday	08:30 - 17:00
Thursday	08:30 - 17:00
Friday	08:30 - 17:00

Telephone

+37052157551

Website

http://www.wophotonics.com/

Alerts

Be the first to know and let us send you an email when Workshop of Photonics posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Contact The Practice

Send a message to Workshop of Photonics:

Shortcuts

Address
Telephone
Opening Hours
Alerts
Contact The Practice
Claim ownership or report listing

Want your practice to be the top-listed Clinic in Vilnius?