News and events
Altechna - National Champion!
Laser Power control units
Altechna presents technical overview of extra cavity laser power control methods realizable with free space optics. It is intended to help industrial laser processing engineers to make the right choice of attenuator design for their laser processing systems.
Particular methods come with distinctive advantages as well as drawbacks. For instance, neutral density reflective type filters with optical density gradient over the cross-section grants a rather even attenuation over wide spectral range from UV to NIR, however they are susceptible to laser damage.
This white paper covers several options of output power control through manipulation of the polarization along with its’ superiorities and shortcomings of individual components, e.g. waveplate vs. EO modulator, and peculiar features of various polarizers used in setups of the kind. Unpolarized laser power control solution is also introduced with schematic layout and attenuation properties.
Laser capability to accomplish extremely precise tasks by applying high power impact within tiny spatial domain, e.g. diffraction limited spot, has lead laser power control to become an important variable that helps to optimise yield and secure successful completion of the task. For more details on laser power control please download full technical article.
Altechna: 20 Years of Creating Light Together
Altechna has been at the forefront of laser innovations since 1996 providing thin-film coatings, optical components & solutions for various industries – from industrial to academic purposes. Starting with supplying laser components the company has grown through the decades of technological evolution developing practical and exciting products. In 2015 Altechna reached a 10m EUR group turnover and a 29% compound annual growth rate making into a list of Inc. 500 Europe as one of the fastest growing private companies in Europe.
Altechna won in "A solid step in the export markets" nomination in The Ministry of Economy of the Republic of Lithuania awards in 2014. The company works for leading industrial and R&D organizations in selected photonics industries exporting 80% of products and solutions to European, American, and Asian markets. Altechna covers the whole spectrum of laser optics offering complete in-house metrology and R&D, adopting Fabless Business Strategy supply chain, and professional customer support.
Having an extensive number of physicists in sales and metrology departments, Altechna is able to provide its customers with professional consultations for the most effective solutions; thus, helping to reduce the total cost of ownership. With great attention to custom orders Altechna experts have developed a number of standard off-shelf solutions, but is always up for new challenges.
Altechna is actively developing its R&D departments and laboratories investing up to 20% of total returns annually. The company purchased the major stake of optical coating company Optida to extend manufacturing capabilities and ensure the production of unique laser optical components with dielectric coatings. The in-house metrology lab has also been successfully growing and providing high level integrated research services for measuring optical components’ quality parameters to ensure the customers with the best quality products.
Altechna product inspiration often comes from the needs and insights of its customers. Looking back Altechna has been creating light for 20 years together with business and academic partners who have been the drive to success.
Free technical consultations on crystals
Want to build second (SHG) or third (THG) harmonic generators, parametric oscillators vs amplifiers (OPO, OPA), sum (SFG) or difference (DFG) frequency generators designed particularly for your laser? We’re ready for a challenge!
Unsure how to best use Raman, photorefractive, electro-optic or need simply birefringent crystals? Learning how the crystals could be used in various laser applications? We can share our experience with you.
Consult Altechna experts about the best way to reach your result before investing into expensive optics. We provide free technical consulting services that can save you time and resources. Get the most effective solutions for various crystal applications, the needed technical information, and appropriate simulations and optimal optical setup advice from the people who have seen it all.
View full service description here.
Educational DPSS Laser Kit
There are three basic versions of the product available: continuous wave (CW), upgrade with Q-switching (self-pulse formation) QCW operation mode, and upgrade with a possibility to generate 2nd harmonic. Laser kit can be designed and easily adjusted to your lab experiments or education programs on your request. The kit users will have an exclusive opportunity to assemble the laser setup themselves to better understand the work principles and to learn many laser usage related topics better. Such as:
- Laser diode temperature dependence vs. wavelength
- Laser diode control specifics
- Diode pumped solid state (DPSS) laser with passive Q-switch control specifics
- General optics use with laser beam
- Beam focusing and collimation
- Optics alignments
- Laser resonator control specifics
- Measurement of laser parameters
- Nonlinear optics (generating 2nd harmonic)
- Building your own experimental setup based on laser source
- Other topics depending on the needs
- CW or CW/QCW mode (optional)
- Pro Kit generates the 2nd harmonic
- Up to 10 W diode power
- Up to 1.4 W output CW power
- Up to 11 kHz frequency in QCW
- Possible wavelengths: 1030nm, 1064nm
- Beam quality: ~M2 < 1.2
- Positioned on 1,5 cm high, 30 cm wide and 40 cm long breadboard
For more details please follow the products' link.
Altechna is Establishing Technical Dialogue in LASER World of PHOTONICS 2015
On 22-25th June the leading Lithuanian laser related products and solution supplier Altechna will be participating in the key international photonics exhibition LASER World of PHOTONICS 2015 in Munich.
Active participation in the LASER World of PHOTONICS exhibition with 27,000 visitors and 1,180 exhibitors is a chance for Altechna to expand the technical dialogue and present its achievements in the field of ultrafast and custom laser optics.
This year is dedicated to Light and Light-Basted technologies highlighting the importance of light and optical technologies in the lives of the citizens and society development worldwide.
Together with ultrafast lasers, laser and nonlinear crystals, Altechna will also demonstrate a brand new compact motorized laser beam attenuator PowerXP, a dependable motorized laser beam attenuator Watt Pilot as well as fixed and zoom beam expanders. These in-house manufactured laser accessories were designed and developed by Altechna production group professionals as a part of new, more focused direction of expanding in-house manufacturing capabilities. The products that have drawn the interest of photonics engineers be will demonstrated within an active laser set up.
Assembling beam expander at Altechna in-house production facilities. ©Altechna photo
For Altechna that has extensive experience in custom laser optics and provides highest quality custom solutions, LASER World of PHOTONICS 2015 is a platform to demonstrate new ways to use lasers in industries such as medicine, science, defense and manufacturing.
Altechna has 19 years of experience in providing laser optics and highest quality custom solutions to the world’s largest manufacturers of femtosecond lasers, academic, and industrial customers.
Altechna has successfully implemented non-standard products, such as:
- Laser and nonlinear crystals: Ti:Sapphire, Yb:KGW, Yb:KYW
- Ultrafast optics: low GDD, ultrafast and GTI mirrors
- Laser accessories: motorized attenuators Watt Pilot and PowerXP, variable beam expanders
Altechna was included on the 2015 Inc. 5000 Europe, Inc.'s ranking of the fastest-growing privately held companies in the European continent. In 2014 Ministry of Economy awards Altechna won in "A solid step in the export markets" nomination.
The investor of Altechna is LitCapital, established in cooperation with European Investment Fund (EIF) under the JEREMIE initiative.
The market for femtosecond optics has grown over the decades since the introduction of first sub-picosecond lasers in 1990s but it still remains quite small compared to longer pulse or CW lasers and all the optics available for such lasers. Conventional optics and coatings will inevitably end up by either distorting the temporal characteristics of the pulse, being damaged by high peak power of the pulse, or both.
Optical materials possess a specific quality when the phase velocity of light inside the material dependent on the frequency (or wavelength), or equivalently when the group velocity depends on the frequency. This is called chromatic dispersion or group-velocity dispersion (GVD). The latter is measured in units of s²/m or fs²/mm. It’s most convenient to define GVD for optical materials (glasses, fibers etc) in order to evaluate how much your pulse will stretch or compress by using different thickness/length of material. For optical components an alternative measure called the group delay dispersion (GDD) is used. GDD characterizes dispersion for the optical whole component without the need to take thickness/length into consideration.
GDD is usually an unwanted effect because streched ultrashort pulse will lose it’s two main properties: it will no longer be ultrashort and it’s peak power will distribute withint the streched pulse (please refer to figure 1). Usually, the only case where pulse streching is a sought-after effect is in ultrashort pulse amplifiers which streches the pulse, amplifies it and compresses it again.
Figure 1. Schematic representation of ultrashort pulse spreading after a non-GDD compensated
optical component is introduced to the setup.
To view full version of technical article please download white paper.
Altechna has been working with femtosecond optics since the beginning of the company in 1996 and has shown its expertise by helping its customers tame the sub-picosecond pulses. Here are the features of our key ultrafast laser components
For full range of ultrafast laser products please visit www.femtosolutions.eu
How our business is done
The Altechna production process is based on experience, a large network of suppliers, and rigorous quality control. Some of the components are manufactured by Altechna and the remaining ones are ordered from reputable suppliers. Depending on the specifics of the order, we select only the very best suppliers who can offer the highest quality products and services at the right price. This not only keeps the cost of production low, but also allows us to flexibly solve customer problems and produce products of only the highest quality.
More complicated products, such as Watt Pilot attenuators, which consist of numerous parts and require more knowledge and experience to produce, are put together in the Altechna production department.
All production with no exceptions is tested in Altechna's quality control laboratory and only then is delivered to the customer.
A considerable number of successfully implemented complicated non-standard orders speak of our expertise.
You can choose from more than 30,000 products in our catalog. We can also provide you with any customized product based on your requirements. Altechna professionals are custom order experts, effectively delivering the best optical components and solutions; thus, saving your time and efforts for better business development.
„Femto Solutions“ - up to date choice for femto products
- fs general and polarization optics
- fs laser and nonlinear crystals
- fs accessories
From now on Femto Solutions offers more convenient shopping policy:
- Order online or via email 24/7.
- Profesional technical support by qualified sales staff.
- Secured payment with Paypal, Mastercard and Visa.
- All products have defect free warranty.
For more information please contact firstname.lastname@example.org
Group delay dispersion measurements
Four measurement modes are available:
1. 0° Angle of Incidence (AOI) in Reflection
2. 5° - 70° AOI in Reflection
3. 0° -70° AOI in Transmission
4. Mirror pair measurement with variable AOI (6° -54°)
Measurement report includes Group Delay and Group Delay Dispersion curves for s and p polarizations, user also could select to show third and fourth order dispersion curves on the graph.
For more details about Altechna metrology services please visit www.altechna.com/metrology.
Altechna products at FindLight
At www.findlight.net platform you may find Altechna‘s laser related components and solutions for laser manufacturers, industrial clients and R&D labratories.
New ‚In Stock Optics‘ look – more ways to order stock optics
Updated e-shop offers a wide range of laser optics directly from stock:
- Optical components: dielectric coated optics, lenses, prisms, filters, axicons, uncoated optical windows, metallic coated optics, non polarizing beamsplitter cubes.
- Polarization optics: waveplates, Brewster type thin film polarizers, broadband thin film polarizers, polarizing cubes, S-waveplate, Glan type and other polarizers.
- Laser and nonlinear crystals: Ti:Sapphire, Nd:YVO4, BBO, KDP and other crystals.
- Laser accessories: beam expanders and other products.
All products are inspected in Altechna metrology laboratory and fits ISO 9001:2008 quality standards. Moreover all stock items are listed live and available in real time.
From now on In Stock Optics offers more convenient shopping policy:
- Order online or via email 24/7.
- Worldwide dispatch within 1 week or less.
- Secured payment with Paypal, Mastercard and Visa.
- All products have defect free warranty.
For more information please contact email@example.com
A quick guide on how to choose laser crystal cut
When choosing laser crystals one has to decide which crystal cut to use, i.e. how the end faces of the crystal will be cut. Generally, there two different cuts are used in laser crystals: right-angle cut and Brewster-angle cut.
Fig. 1. Right-angle cut (a.) and Brewster-angle cut (b.) of Ti:Sapphire laser crystal. L stands for crystal length.
Figure 1 shows the visual difference between the two cuts in Titanium doped sapphire crystals: right-angle cut has the polished ends perpendicular to the axis of propagation of light; whereas Brewster-angle cut crystals are at Brewster’s angle between the normal vector of the polished face and axis of light input. In the figure this angle is 60.4°. For laser beam propagation from air to laser crystal (with refractive index n), Brewster’s angle is defined as θB=arctan(n). At Brewster’s angle, the surface reflectance is zero for the light with polarization inside the plane defined by the direction of light propagation and the normal to the surface (also defined as p-polarized light).
Right-angle cut is easier to manufacture than Brewster-angle cut, however it leads to higher resonator losses. It is convenient for application of anti-reflective, high reflection or partial reflecting coatings, but is not very useful in high power, especially short-pulse, applications. Coatings applied to the crystal usually have lower damage threshold than uncoated Brewster-angle cut crystal faces.
Brewster-angle cut is used to eliminate reflection losses, increase polarization contrast, avoid formation of parasitic pulses in ultra-short pulse oscillators or even induce negative dispersion. Brewster cut faces are left uncoated in order to increase damage threshold of the surface. Reflection loss of p-polarization is Brewster-angle cut crystals is zero.
Brewster-angle cut crystals are more expensive than right-angle cut crystals because the former require more raw material to get the same crystal length L.
Table below summarizes the differences between the two cuts
|Right-angle cut||Brewster-angle cut|
|Laser induced damage threshold||Lower, if dielectric coatings are applied||Higher|
|Reflection losses||Higher, if no AR coatings are applied||Zero reflection losses for p-polarized light|
|Other||Additional recurring repolishing/
recoating costs due to damaged
coatings over time
|Astigmatism induced under high average
As a rule of thumb, right-angle cut crystals are often chosen when the applications require cost effective solution and when the aim of application isn’t to get the maximum output of lasing power, whereas Brewster-angle cut crystals are chosen when the application is to get maximum power output keeping in mind that the polarization of pumping laser has to be parallel to the plane of incidence of the laser crystal for best results.
Altechna - 18 years in photonics
Altechna is a supplier of laser related products and solutions, specializing in the following key activity fields:
- Laser related components.
- Distribution of well-known photonics industry brands in local markets.
- R&D solutions in laser micromachining.
- Manufacturing of laser related components.
- Quality assurance and measurements to guarantee the highest quality.
Our products and solutions are based on added value for the customer:
- Highly qualified sales staff dedicated to specific geographic regions.
- Aim to build long lasting relationship with our customers.
- Each product is shipped only after passing meticulous quality control department.
- Growing number of standard products available from stock.
- Experience in providing customized products for customers in various fields. o Focused growth of company group allows to provide diverse added value solutions.
We hope that you may be interested in our products, solutions, services and possibility to work with us.
Clean and protect optics with special polymer film
Product is safe to use with nanostructures, precision surfaces, optics, glass, fused silica, silicon, crystals, non-linear crystals, metals, Ge, ZnSe, NaCl, KBr, KRS-5, first surface mirrors, telescope optics and precision aerospace surfaces. First Contact™ also cleans and protects diffraction gratings, phase masks, and pinholes.
You may order the product or pre-coating service for any Altechna optics. Our metrology laboratory engineers will apply protective film after optics quality inspection.
Order stock laser optics and get protection film for free. For more information on this offer please visit www.instockoptics.com
Coating technologies at Altechna
Our coatings cover wavelength range from deep UV (193 nm) to far IR (25 µm) with biggest part of coatings done in wavelength ranges of most conventionally accessible laser and illumination sources from 266 nm to 2 µm.
We offer a set of standard and custom coatings per individual request:
- Anti-reflection coatings
- High reflection coatings
- Beam splitter coatings
- Partially reflective coatings
- Polarizer coatings
- Filter coatings
- Ultrafast GDD compensated coatings
- Gires-Tournois interferometer mirrors (GTI)
- Variable reflectivity mirrors
- Metallic coatings
Each coating is special and over the years in the photonics field we have learned that flexibility is the key to meet high demands of our customers therefore our coatings are done using different technologies which are chosen for separate coatings individually. Here is our list of coating technologies available at Altechna:
- Electron beam evaporation
- Ion assisted deposition
- Ion beam sputtering
Each technology is different and is used according to requirements of spectral sensitivity, damage threshold, hardness, surface quality etc.
Best optical quality inspection practise at Altechna
Visual inspection begins with optical surface quality inspection and visual examination according to Military 13830 and ISO 10110 standards.
Altechna also executes effective focal length measurement from 5 mm to 5000 mm and radius of curvature measurement from 7 mm to 700 mm. Lens centration measurement unit is available with 'Multilens' software for multi lens system measurement and analysis.
We perform transmittance from 190-1100 nm and reflectance measurement at 0° and 45° angles.
The laboratory carries out wavefront distortion measurements diffraction and aberration analysis surface figure of flat and spherical surfaces per 100 mm diameter.
Moreover we offer: angle measurements of various elements with 0,4 arcsec accuracy; waveplates retardation measurement using Soleil-Babinet Compensator, Axicons Bessel beam generation measurement.
Each product is followed with detailed quality report. For more information please visit www.altechna.com.
Altechna to Represent Lithuania in Europe’s Business Awards
The judges of European Business Awards have selected organisations to represent Lithuania who exhibited the highest levels of innovation, business excellence and sustainability.
Adrian Tripp, CEO of the European Business Awards says, “Over the past seven years we’ve received an incredibly high standard of entries from organisations that are passionate about their business. However, very few get the chance to fly the flag for their country and compete across Europe to be recognised as one of Europe’s finest. It really is an exceptional accolade to be picked as a National Champion and we’re looking forward to seeing Lithuania in the next round.”
“At Altechna we’re absolutely thrilled to be selected to represent Lithuania. We’ve been operating for over seventeen years in the laser technology scetor and it’s an honour to be recognised as one of the leading organisations in our country and in our field. We’re looking forward to the next round of the competition,” says Altechna director Tadas Lipinskas.
Altechna expands laser technology company group
By this investment Altechna is seeking to extend manufacturing capabilities, to ensure the production of unique laser optical components with dielectric coatings within the company group and pay special attention to quality control. Also company plans to design and develop new products and invest in update of technical facilities.
Altechna has been operating in the laser industry since 1996. Currently company has nearly 40 employees. Almost all employees have academic backgrounds in physics. The Company operates in three main areas: supplying general optics, optoelectronics and laser related products, designing of optomechanical assemblies, and providing innovative solutions for academic and industrial customers.
Optida is the largest optical coating company in Lithuania. It manufactures optical coatings and delivers services in optical technology field. Company is developing and manufacturing optical components for lasers, laser systems and optical devices. Within company developed optical coating technologies enables to manufacture optical elements corresponding international standards.
Another member of Altechna company group is UAB Altechna R&D, internationally known as Workshop of Photonics®. It is involved in the development and commercialization of instruments and solutions for laser micromachining tasks for both industrial and academic customers.
Altechna group is owned by individual persons and growth capital fund LitCapital I. LitCapital I acquired a minority stake in the company in 2013 and provided the company with resources required for rapid growth. LitCapital is a EUR 25 million size growth capital fund incorporated in Lithuania. LitCapital I fund was established under the JEREMIE initiative in cooperation with European Investment Fund (EIF) and is aimed at investing into the expansion of private Lithuanian companies.
“Our latest investment is a very attractive opportunity to contribute to the growth and development of a company that is involved in high value added high-tech industry. We firmly believe that additional capital and the ability to use fund’s team management experience and network will significantly increase company’s financial and development capacity to create and commercialize new systems and products in the field of optoelectronics and grow the business very substantially. We are fascinated by the company’s intellectual potential. Almost all products and services are being sold worldwide.” – says Šarūnas Šiugžda, the founder and managing partner of LitCapital.
The company has been operating in the industry since 1996. Currently Altechna has nearly 40 employees. Almost all employees have academic backgrounds in physics. The Company operates in three main areas: supplying general optics, optoelectronics and laser related products, designing of optomechanical assemblies, and providing innovative solutions for academic and industrial customers. Company puts a lot of effort to ensure the highest quality of products sold to its customers. Altechna R&D, UAB (brand name Workshop of Photonics) - a subsidiary fully owned by Altechna, is involved in the development and commercialization of few new high-tech technologies. There are 17 researchers and engineers working at Altechna R&D.
“We are working on a number of complex projects that involve application of laser technologies in industrial use in cooperation with universities from Lithuania, Australia, Italy and UK. It is a real challenge that requires speed, investments and sound business decisions to achieve success and be competitive in the global marketplace. We hope that the input from venture capital fund will significantly contribute to our success and speed up our international expansion” – says Dr. Gintautas Šlekys, chairman of the board of Altechna group companies.
Exciting changes of Altechna waiting for you
Change of address
UAB Altechna, Mokslininku st. 6A, 08412 Vilnius, Lithuania.
Laser crystals white paper series
Titanium doped Sapphire (Al2O3:Ti3+) is a popular crystal, used for making ultra short pulse solid-state or wavelength tunable lasers. These crystals combine supreme thermal and optical properties with broadest lasing range among other materials. Its indefinite stability and short lifetime, in addition to lasing over entire band of 660 to 1050 nm makes Ti:sapphire lasers suitable for variety of applications spanning from material processing to time resolved and multi-photon spectroscopy.
To view full product description please download white paper.
Altechna certified with ISO 9001
According to the certification company Bureau Veritas, the implementation of quality management system reveals that the management strives to provide quality goods and services oriented to the needs and requirements of the clients.
The implemented and constantly maintained management system fosters improvement and perfect management of the organization. The certified UAB Altechna quality management system confirms the fact that the company has invoked best practice international management standards and has implemented and regulated the management processes to maintain high quality goods and services.
Laser optics direct from stock
You can order online from over 5000 optical components listed live and available at real time. All products will be dispatched within 1 week.
Our extensive range of laser optics includes:
- Uncoated Laser Optics (Lenses, Prisms, Windows, Filters)
- Coated Laser Optics (Mirrors, Wavelength Separators, AR Coated windows, Filters)
- Polarization Optics ( Waveplates, Polarizing Cubes, Brewster Type Thin Film Polarizers, Glan and other polarizers)
- Laser & Nonlinear Crystals ( Ti:Sapphire, Nd:YVO4, BBO, KDP and other Crystals)
The IR series infrared viewers are designed to view laser light sources, which emitting light in near infrared zone in 350-2000 nm spectral region.
Viewers are used to observe indirect radiation of IR Light emitting diodes (LED’s), diode, dye and other laser and laser sources.
For more details about the products please visit www.altechna.com
Altechna featured products videos
- Wavelength separators,
- HR laser line mirrors,
- High Power Glan Laser polarizers,
- Polarizing cubes for high power application,
- Yb:KGW/KYW crystals,
- Brewster type thin film polarizers.
Test laser optics at Altechna
• Optical surface quality measurements;
• Transmittance and reflectance measurement in 190-1100 nm and 1100-20000 nm range;
• Surface flatness, wavefront distortion measurements of flat and spherical optics;
• Angle measurements for prisms, wedges and other optics;
• Non-contact ROC, Focal length measurements;
• Laser Induced Damage Threshold (LIDT) tests for wide range of laser wavelengths;
• Optical absorption tests according to ISO 11551 standard;
• Total scattering measurements;
• Custom made tests.
For measurements we apply:
• Stereo and analytical microscopes;
• DPSS CW lasers (405, 532, 632,8, 1064)
• Femtosecond laser Pharos with harmonic module Hiro (Light Conversion).
For more details about Altechna metrology services visit www.altechna.com
High Power and Crystalline quartz Waveplates
• High damage threshold
• High extinction ratio
• Wide acceptance angle
• Wide temperature bandwidth
• Wide spectral bandwidth
• Extremely useful in UV applications.
Get to know our top waveplate product - Crystalline quartz waveplates. View our newest video.
FemtoSolutions.eu your choice for femto products
Visit www.femtosolutions.eu and select from more than 800 high quality products:
- Femtosecond components and services:
- Low dispersion general optics;
- Optics for femtosecond wavelengths;
- Laser and non-linear crystals.
- Laser beamshapers;
- Beam expanders;
- Beam dumps;
- Pulse pickers;
- Harmonic generators.
Altechna sign distribution agreement with Aerotech
Aerotech already works closely with Altechna R&D Ltd., branded as the Workshop of Photonics®, providing nanometre level positioning sub-systems for application customised 2D and 3D laser micromachining centres used across industry and research.
The agreement covers Aerotech's complete product range from single motion components such as linear motors and individual positioning stages through to high performance sub-assemblies and custom designed motion sub-systems. The agreement also ensures that the technical sales and support staff in Vilnius receive in-depth product training and fast track support for its customers in industry and academia.
"We are very excited with the new distribution agreement," says Tadas Lipinskas, Director of Altechna Co Ltd., "having worked with Aerotech on many important projects, integrating their micropositioning and motion controls into our laser micromachining systems, we are very confident that the range will add real value for our customers."
New tools at Altechna.com
Test your damage threshold
One of the biggest concern while choosing coatings from a new supplier is the LIDT value warranty which is the most important for your experiment success and final device reliability. Altechna has all necessary equipment, qualified staff experience and know-how in LIDT tests. All measurements for "1 on 1" and "S on 1" procedures are performed according to ISO standards: ISO 11254-1 and ISO 11254-2 respectively.
Following options are available:
• 1064, 532, 353 nm, 3-5 ns, 1-10 Hz
• 1030, 515, 343 nm, 200-400 fs, 1 kHz – 200 kHz
With LIDT measurement results we provide detailed test report with characteristic damage curves and damaged spot pictures:
Figure 2. Typical damage morphology: A. Energy density 0,772 J/cm2, damage after 1 pulse, t=320 fs. B. Energy density 14,5 J/cm2, damage after 15 pulses, t=3.6 ns.
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Altechna rewarded in Knowledge Economy Company 2011 awards
Altechna was acknowledged as the most advanced high-tech company for exemplary laser technology business and scientific co-operation, promising product development and export. In 2010 Altechna developed a laser system for solar cell production "Sollas", which unique laser processing technology reduces solar cell production costs and increase solar cell efficiency.
This year in the eighth Knowledge Economy Company rewards 71 companies competed in elections.
New Daughter Company
Key areas of practice:
- Femtosecond laser micromachining;
- Tools and parts for laser machining systems;
- DPSS micro lasers and control electronics;
- Laser system control software.
Having a wide range of products and technologies, the company intends to launch a 589 nm laser, several solutions for laser control electronics and new releases of 3D laser system control/automation software packages – all within next year.
The new company operates under the trademark Workshop of Photonics, while the legal name is Altechna R&D Ltd. showing relation to the parent company.
Altechna awarded in Swedish Business Awards
Altechna was granted with this ward for its good financial results, increasing the number of employees and participation in the international market. By developing laser technology based environmentally friendly solar panel production Altechna promotes scientific and business cooperation.
In 2008 Altechna has started research and development in solar energy sector and by now has developed a unique femtosecond laser technology for efficient and environment friendly solar cell production. In 2010 as a result the first industrial-research laser workstation for c-Si solar cells SOLLAS was designed.
S-waveplate: a Unique Converter Presents New Advantages
Such radial polarizers would be mainly applied at laser machining, microscopy, optical tweezers as well as Raman spectroscopy systems. Our S polarizers have distinguishing features: they are resistant against high-power laser radiation due to monolithic fused silica window design; anti-reflection (AR) coatings can be applied; and a single element is used both for polarization conversion and generation of higher topological charge optical vortices.
WOP's and ORC's laboratories expect to prove significant advantages of S polarizers in laser micromachining, such as decreased spot size and uniformity of light-material interaction regardless of machining direction.
Fig.2 View through polarizing microscope with different polarization orientations
Being a commercialization partner Workshop of Photonics is also looking for integrators and end-users in the fields of laser machining, microscopy and optical tweezers. Testing units are already available, while small scale production of the S polarizer devices is planned for the middle of autumn. Custom development of machining heads and optical assemblies incorporating radial polarizers is possible upon request.
The University of Southampton has already applied for a patent application and has appointed Altechna R&D Ltd. an exclusive commercialization partner.
Altechna is the winner of the German Business Award
Altechna convinced the jury with its leading technologies and its exemplary mixture of young and experienced employees. The company from the photonic and laser sector has its own research and development centre named Workshop of Photonics. Within its 15 years in business the enterprise has been gaining an excellent reputation in international photonic and laser business. The company is exporting to more than 40 countries in the world – with the export contributing 81% to the total turnover. Germany is the third most important export destination with about 300 customers. Altechna also works closely with German enterprises and institutions in the development processes.
Other criteria in favour of Altechna include its extensive social activities and commitment. The company strives for a continuous improvement of its workforce by offering vocational training and education. In times of increasing emigration from Lithuania the company puts great emphasis on providing young people with a perspective in their home country. Employees are receiving comprehensive training options and students are offered flexible working times and internships. The model close cooperation between the academic field and the company also shows in the close cooperation between Altechna and the University of Vilnius and the support provided by the enterprise for the activities of the Department of Physics.
Altechna - member of Baltic Photonic cluster
Baltic Photonics Cluster (BPC) is a voluntary association of stakeholders in the field of photonics in the Baltic countries, primarily industrial enterprises and research institutions working at the industrial-scientific interface.
BPC acts in coordination with European Photonics Industry Consortium (EPIC) and European Technology platform PHOTONICS21. BPC activities are dedicated to facilitation of photonics research and industrial activities, also promoting photonics related education, basic and applied research, development, manufacturing and application in Baltic countries.
Altechna celebrates 15th anniversary
We celebrate collaboration with our loyal partners and customers who have contributed to our experience and achievements through all company history. We look forward working with you, delivering products and services that meet your needs today and for years to come.
We invite you to join us in celebration of our 15 years commitment to continued partnership.
Discover alternative solutions with Altechna.
New product - laser diode driver
Workshop of Photonics' electronics design provides compact and efficient laser diode and TEC (Peltier) controllers for laser producers and scientists. The new laser driver product family features the best power and function density on the photonics market. Our products range from low power (10Amp) laser diode drivers to mid power (15-30A) combined LD and TEC controllers.
The product portfolio consists of TINY, ONLY, and MIGHTY models with end-user and OEM versions. Microcontroller based design allows price reduction, making these precision drivers an affordable option both for laser development and production stages.
- Tiny incorporates 10Amps laser diode driver and 2 uni-directional (1 bi-directional) TEC controllers
- Only incorporates continuos 12Amps or pulsed 15Amps operation laser diode driver, pointer and FAN controller
- Mighty incoprorates 3x15A outputs for LD and TEC
Only and Tiny controllers are already in production. The launch of Mighty model is planned for end of April, 2011. Integrators are welcome to request a testing unit or free 6-week trial period. For more information please visit www.wophotonics.com.
Altechna started 2011 in new laboratories
The metrology laboratory provides high level integrated research services for measuring optical components quality parameters to ensure our customers withthe best quality products. We are also planning to install a number of different wavelength laser sources, which will allow more extensive qualitative analysis.
Another micromanufacturing laboratory will carry out laser design development and assembly works. This laboratory is equipped according to all clean room requirements. Also the fume hood is installed to improve for preparative work such as optics cleaning, sizing, and other. From now on ‘Workshop of Photonics’ is able construct laser systems, complex opto-mechanical components and pursue small scale production without stopping the research activities.
Innovation award for Altechna
In national contest “Innovation prize 2010” Altechna received “Innovation product” award fo sollar cell processing workstation SOLLAS. It is an industrial-research laser machine for c-Si solar cells. Equipped with cutting edge duet - femtosecond UV laser and nanosecond IR laser, Sollas is a multi-tasking system, designed for industrial-research or up to 3 MW/a capacity pilot manufacturing lines. Main advantages of this femtosecond laser are precision in ablation process due to selective absorption and minimal heat affected zone.
Discover alternative solutions with Altechna.
New Altechna online shop
Here we provide new look design and user friendly tools to save
your time and make shopping simple.
From now on you are able to choose different products from all
our catalogue, reaching 3000 units.
Visit our website and find out more information about our products, news and proposals.
Altechna products at FindLight
Altechna has recently joined FindLight –a search-engine and a catalog of photonics products. Its industry specific technical filters allow specialists search find and learn about the products they need within seconds.
At www.findlight.net platform you may find Altechna‘s laser related components and solutions for laser manufacturers, industrial clients and R&D labratories.
Office closed on 10-11 December
Please note that Altechna will be closed on 10 and 11 December due to annual maintenance. We will resume regular business hours on Monday, December 14.
During the period of closure it will be possible to order laser products online at www.altechna.com or www.instockoptics.com.
Should you have any concern, feel free to email or call us prior the closure for customer assistance.
Tradeshows and events
Laser World of Photonics China 2017
Asia's leading photonics exhibition LASER World of PHOTONICS China 2017 is just one month away! It will be held in Shanghai New International EXPO Centre, Shanghai, China, during 14-16 of March. Altechna's experts will be at your convenience to consult and introduce the latest trends of laser crystals, laser optics and laser accessories.
Do not hesitate to arrange a scheduled meeting in advance: firstname.lastname@example.org
Explore your Custom Optics opportunities with Altechna, visit us at Booth N1.1408.
PHOTONICS. WORLD OF LASERS AND OPTICS'2017
Altechna together with IC Specpostavka participates in the 12th International specialized exhibition for Laser, Optical and Optoelectronic Technologies - “PHOTONICS. WORLD OF LASERS AND OPTICS'2017”. The exhibition will be held at “Expocentre” at Krasnaya Presnia exhibition complex in Moscow from 28th of February till 3rd of March, 2017. Please visit us at Booth #74S10, pav.7, hall 3.
For more details please visit official exhibition website.
SPIE Photonics West 2017
Altechna will be present at SPIE Photonics West 2017 exhibition. You are welcome to arrange a meeting with us, or visit our booth #5270 during the exhibition. Our experts will introduce you to the products and provide technical consultations if there's a need. Come and visit Altechna's booth among other leading photonics companies on the Show Floor.
Life Sciences Baltics 2016
Discover enormous potential and passion in the field of life sciences in Lithuania and the Baltics – the gateway to emerging markets.
Altechna is planning to exhibit at Life Sciences Baltics 2016 booth Nr.17, which is dedicated to present the most advanced companies of the sector and open an excellent hands-on opportunity to meet the winning mix of industry players, including associated manufacturers and service providers operating worldwide, at a one-stop-shop. September 14-15, save the date!
To arrange scheduled meeting please contact email@example.com.