Photonics for Industrial Solutions. Innovative ... - Berliner Glas
Photonics for Industrial Solutions. Innovative ... - Berliner Glas
Photonics for Industrial Solutions. Innovative ... - Berliner Glas
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<strong>Photonics</strong> <strong>for</strong> <strong>Industrial</strong> <strong>Solutions</strong>.<br />
<strong>Innovative</strong> solutions <strong>for</strong> your ideas.
We want to inspire you.<br />
With innovations.<br />
At a glance:<br />
J Development and<br />
production of optical<br />
key components,<br />
assemblies and<br />
systems<br />
J A supplier <strong>for</strong><br />
international OEM<br />
customers<br />
J Fast development at<br />
the highest quality<br />
J Assembly and<br />
metrology in clean<br />
rooms<br />
J Flexible with regards<br />
to batch sizes, technologies,<br />
integration<br />
and specification<br />
changes<br />
This is how we work <strong>for</strong> you.<br />
Our optical solutions make a considerable contribution to technical<br />
progress. They allow, <strong>for</strong> example, communication between<br />
satellites in orbit or pin sharp images in printing technology. In<br />
analysis they allow spectrum measurements of the highest<br />
accuracy, and with lasers they provide the required efficiency <strong>for</strong><br />
processing materials. And that’s just the beginning: <strong>for</strong> light-based<br />
industrial requirement we offer the appropriate optical solution as<br />
an OEM supplier. The possibilities available to us, due to our competencies<br />
in components, assemblies and systems, are virtually<br />
limitless within the scope of the laws of physics. We can find an<br />
impressive solution <strong>for</strong> you, even in big challenges.<br />
We start where others stop.<br />
Our physicists and engineers demonstrate their abilities where<br />
others have given up. They develop ideas with great innovative<br />
energy, as only those who put their heart and soul into a project,<br />
and are able to solve problems which seem unsolvable. Our solutions<br />
are always developed in close cooperation with our customers<br />
and lead to serial production using leading edge technology.<br />
As a result you receive all the services, from the concept to the<br />
finished product, from one source.<br />
We measure what we produce. And we do so very precisely.<br />
Our products are proven to meet the highest demands <strong>for</strong> quality<br />
and precision. This is because our metrology techniques are fully<br />
state-of-the-art and thereby allow us to detect and evaluate even<br />
the slightest deviations from the stated specifications. The results<br />
speak <strong>for</strong> themselves: leading OEM manufacturers rely on products<br />
from the <strong>Berliner</strong> <strong>Glas</strong> Group <strong>for</strong> optical key components,<br />
assemblies and systems. Thanks to our long-term expertise as well<br />
as the experience and innovative strength of an internationallyorientated<br />
group, we produce highly-developed optical solutions.<br />
These solutions always have the goal of optimising the benefits <strong>for</strong><br />
our customers.<br />
I N D U S T R I A L S O L U T I O N S<br />
Quality<br />
Analytics Printing Film Laser technology Space<br />
control<br />
Engineering/production (optics, mechanics, coating)<br />
Customer’s request Feasibility Specifications Design Pilot Production Service<br />
Understanding the customer’s request<br />
Creating technical pre-requirements<br />
Time to market<br />
Guaranteeing reliable production<br />
Implementing changes flexibly
2 |3
As the customer you choose the direction.<br />
As an OEM supplier we bring you to your goal.<br />
Laser technology: a strong per<strong>for</strong>mance.<br />
For decades the <strong>Berliner</strong> <strong>Glas</strong> Group, as an OEM supplier, has<br />
developed and produced laser optics and systems <strong>for</strong> the most<br />
demanding and diverse industrial applications. From micro or<br />
macro material processing through metrology, in<strong>for</strong>mation and<br />
communication to imaging procedures. We manufacture systems<br />
with high-precision, large-sized cylindrical lenses or plane optics<br />
<strong>for</strong> laser expansion <strong>for</strong> melting or recrystallization processes, beam<br />
guiding systems as well as high-power laser components which<br />
are specifically designed to the requirements of our customers.<br />
Our expertise in this area guarantees the exceptional quality and<br />
per<strong>for</strong>mance our customers have learned to expect from the<br />
<strong>Berliner</strong> <strong>Glas</strong> Group.<br />
Application examples:<br />
J Laser expansion systems<br />
J Beam guiding systems<br />
J High-power laser components<br />
J Laser material processing<br />
J High-precision, large-sized cylindrical<br />
lenses <strong>for</strong> laser expansion
Space: infinite vastness – and possibilities.<br />
Printing technology: crisp, sharp texts and images.<br />
The latest printing technology, which provides crisp, sharp results<br />
even with extreme <strong>for</strong>mats and print media, is unimaginable without<br />
high-per<strong>for</strong>mance optics. That is why renowned manufacturers<br />
in the printing industry, who are looking <strong>for</strong> competent partners<br />
with regards to dimensions and precision, rely on our products<br />
and services. This is ensured by our high-precision production in<br />
combination with first-class, in some cases even product-specific,<br />
test options, which guarantee an extremely high finish quality of<br />
our optics.<br />
Application examples:<br />
J Cylindrical lenses <strong>for</strong> computer to plate<br />
J Optics <strong>for</strong> direct writing scanners<br />
J Objectives <strong>for</strong> computer to plate (CTP)<br />
Communication between satellites which<br />
orbit the earth is accomplished at the<br />
speed of light. This is a challenge which<br />
goes right to the limits what is possible. We<br />
develop and produce optical components<br />
and systems, which allow communication<br />
between satellites in orbit and as well as<br />
with ground stations. We also participate<br />
in other branches of space technology: <strong>for</strong><br />
example the monitoring of the earth <strong>for</strong><br />
climate research and optical components<br />
used in astronomical telescopes.<br />
Application examples:<br />
J Satellite communication<br />
J Earth monitoring (weather, climate,<br />
environment, agriculture and security)<br />
J Astronomy<br />
4 |5
6 |7<br />
Film technology: images which impress.<br />
The film industry depends on innovative<br />
optical solutions. Camera men require lenses<br />
with exceptional per<strong>for</strong>mance that <strong>for</strong>m<br />
the core of their equipment and modern<br />
recording and projection media require<br />
specific auxiliary and anamorphic lenses<br />
<strong>for</strong> the conversion of widescreen <strong>for</strong>mats.<br />
Our high-precision cylindrical and spherical<br />
optics <strong>for</strong>m the core of these lenses.<br />
The same applies to the processing of<br />
films, the per<strong>for</strong>mance of the optics in the<br />
system has a decisive effect on the viewing<br />
quality. We develop and produce objectives<br />
and key components with exceptional per<strong>for</strong>mance.<br />
Application examples:<br />
J Optics <strong>for</strong> digitalising analog films<br />
J Objectives <strong>for</strong> the professional film industry<br />
Analytics and quality control: bringing the hidden to light.<br />
Application examples:<br />
J Spectroscopy<br />
J Material examinations<br />
J Analysis<br />
J Quality control<br />
J Process control<br />
Whether used in the analysis of diverse<br />
substances, sensor technology, process<br />
controls, environmental monitoring, or<br />
food technology, the optical components<br />
and precision assemblies and systems of<br />
the <strong>Berliner</strong> <strong>Glas</strong> Group offer extraordinary<br />
precision and per<strong>for</strong>mance. Our optical<br />
solutions make vital contributions to the<br />
detailed examination of solids, liquids and<br />
gases; optical applications in microscopy,<br />
and in the analysis of light sources and<br />
materials used in spectroscopy.<br />
<strong>Berliner</strong> <strong>Glas</strong> also offers special optical<br />
components <strong>for</strong> broad wavelength ranges<br />
extending from the VUV to NIR. Many of<br />
our assemblies and systems are developed,<br />
produced and assembled in state-of-theart<br />
clean rooms.<br />
Source: Precision Mechatronics / A. Heimann
Our services. Your benefit.<br />
Engineering<br />
J System engineering J Optical and mechanical design<br />
J Coating design J Customer-specific metrology<br />
Key components*<br />
Material: optical glass, CaF2, MgF2, quartz, glassceramics,<br />
ceramic, borosilicate glass and filter glass<br />
Spherical lenses<br />
Dimensions Ø 10 – 350 mm<br />
Radii 5 mm upwards (without limit)<br />
Centering error 10"<br />
Fitting error �/70 PV, measured at 546 nm<br />
Surface error 5/1 x 0.025<br />
Micro roughness 2 Å rms<br />
Average thickness<br />
tolerance<br />
+/– 3 μm<br />
Diameter tolerance<br />
Laser damage<br />
+/– 3 μm<br />
threshold 20 J/cm2 Aspherical lenses<br />
Dimensions Ø 5 – 150 mm<br />
Fitting error 150 nm PV, convex and concave,<br />
direct interferometric measurement<br />
Roughness 1 nm RMS<br />
Cylindrical lenses<br />
Radii 2 – 100,000 mm<br />
Length up to 1,000 mm, larger on request<br />
Fitting error �/10 PV, measured at 632.8 nm<br />
Surface error 5/1 x 0.025<br />
Micro roughness 2 Å rms<br />
Centering Rotation: 10", offset: 4 μm, wedge: 3 μm<br />
Plano optics<br />
Windows, wedges, prisms and prism systems<br />
Dimensions up to 1,500 mm<br />
Flatness �/40 PV, measured at 632.8 nm<br />
Parallelism 1"<br />
Angular accuracy 1"<br />
Micro roughness 2 Å rms<br />
Surface defects 5/1 x 0.004<br />
Microstructuring<br />
J Reticules, masks, coded and analog circles<br />
J Structured coatings<br />
Coating<br />
J Coating design J Spectral range: VUV, DUV, UV, VIS, NIR, IR<br />
correspondingly approx. 130 – 6,000 nm<br />
Anti-reflex coatings<br />
J Broadband J V-coatings J W-coatings<br />
Filters<br />
J Edge filter J Band-pass filter<br />
J Gradient filter (neutral density filter)<br />
Mirrors<br />
J Metallic mirrors J Dielectric mirrors<br />
J Laser mirrors with high damage threshold<br />
Beam splitter/combiner (cemented/uncemented)<br />
J Polarising (polarisers) J Non-polarising J Color splitter<br />
Assemblies Systems<br />
J Optical assemblies and systems (cemented beam splitter,<br />
prism systems, doublets, triplets, step-systems) J Optomechanical<br />
assemblies and systems J Electro-optical systems J Lens<br />
systems J Objectives, zoom systems J Measuring systems<br />
J Cameras J Laser systems J Light sources J Lighting systems<br />
Metrology<br />
Wavefront Interferometer (4 – 24"),<br />
Shack-Hartmann wavefront sensor<br />
(UV, DUV, VIS, NIR), radii metrology,<br />
multiple area metrology, Stitchinginterferometer<br />
Form deviation 3D coordinate measuring devices,<br />
calliper, CCD micrometers,<br />
interferometers<br />
Angle precision Goniometer, interferometer,<br />
autocollimators<br />
Transmission/reflection Spectral photometer, diode array<br />
Surface defects Various microscopic methodes<br />
Micro roughness White light interferometer,<br />
atomic <strong>for</strong>ce microscope<br />
Imaging per<strong>for</strong>mance/ Computer-supported MTF measureresolution<br />
ments, microscopic image resolution<br />
Centering Objective metrology system,<br />
laser centering station<br />
Fine correcting Mechanical Fine Correction, Ion beam<br />
procedure process, robotic polishing, magneto<br />
rheological finishing<br />
Additional functional Environmental/climatic tests<br />
measurement according to ISO and MIL standards,<br />
abrasion and adhesion, various<br />
chemical and resistance testing,<br />
autoclaving, surface measurement,<br />
resistance measurement, assemblyspecific<br />
metrology station<br />
* The following error and tolerance data indicates possible limit values.<br />
Specified and assessed according to ISO/MIL/DIN.
<strong>Solutions</strong> in Optics. Hightech in <strong>Glas</strong>s.<br />
<strong>Berliner</strong> <strong>Glas</strong> KGaA Herbert Kubatz GmbH & Co.<br />
Business Unit <strong>Industrial</strong> <strong>Solutions</strong><br />
Waldkraiburger Strasse 5<br />
12347 Berlin<br />
Germany<br />
Phone +49 30 60905-0<br />
Fax +49 30 60905-200<br />
photonics@berlinerglas.de<br />
www.berlinerglasgroup.com<br />
The <strong>Berliner</strong> <strong>Glas</strong> Group is one of the leading European providers of optical key components,<br />
assemblies and systems as well as high-quality refined technical glass. With our<br />
understanding of optical systems and optical production techniques, we develop and<br />
integrate optics, mechanics and electronics into innovative system solutions. These solutions<br />
are applied worldwide across the whole spectrum of the light-using industry –<br />
from medicine to semiconductors, metrology and analysis to defense or as displays, <strong>for</strong><br />
example in offices, in the <strong>for</strong>m of televisions, monitors or navigation systems.<br />
The <strong>Berliner</strong> <strong>Glas</strong> Group consists of companies linked by decades of experience in the<br />
development and production of optical solutions. As an owner-led medium-sized<br />
company with approximately 1,000 employees, we offer our customer specific solutions<br />
of the highest per<strong>for</strong>mance and quality.<br />
© <strong>Berliner</strong> <strong>Glas</strong> Group/<strong>Industrial</strong> May 2012