Company Profiles
As a technogical leader in the field of clamp-on ultrasonic flow measurement, FLEXIM offers you ideal the ideal flow meter - even for the most demanding challenges.
Whether it be liquids or gases, extreme temperatures, high pressures or highly variable flow rates in thick walled pipes, our range of FLUXUS flow meters are the measurement system of choice.
With more than 20 years of engineering experience, FLEXIM also offers you solutions for a real time concentration analysis with laboratory accuracy. Depending on the individual application, PIOX analyses the process by ultrasound or optically by measuring the refractive index.
Refractometry - in other words, the measurement of light refraction - has proven itself as a method of choice for determining the concentration, density and purity of liquids in the laboratory time and time again.
FLEXIM moves the Refractometry out of the laboratory into the process, so that the advantages of this method, such as:
Speed, accuracy, reliability and independence from color, turbidity as well as gas bubbles, can be used during online-measurements.
Transferring laboratory technology into the process involves special challenges concerning material and construction. FLEXIM faces these challenges with the transmitted light principle - the determination of the refractive index directly within the volume flow. The method is thus especially reliable during process conditions with dynamic temperature and pressure changes and is further not affected by deposits.
Process analysis with PIOX R ensures many advantages:
Continous quality management, process optimization, resources savings and a higher operating reliability.
Every generation of FLEXIM products is directly driven by customer and industry needs and our focus and dedication is directed towards providing the highest quality equipment with the best support and service possible.
The EFG GmbH Berlin went in March 2015 bankrupt and it found with Freiberg Instruments GmbH an investor to restart the production and worldwide sales of xray devices. Besides the own production of x-ray devices from other manufacturers are being sold.
G. Lufft Mess- und Regeltechnik GmbH, headquartered in Fellbach near Stuttgart, has been developing and producing professional components and systems for climate and environment measurement for more than 130 years.
After taking over the product segment “Laserceilometer” of the Jenoptik subsidiary ESW GmbH in April 2014, Lufft established with “Optical Sensors” a new business segment. The new part of Lufft is located in Berlin-Adlershof.
Lufft products and equipment are to be found wherever atmospheric pressure, temperature, relative humidity and other environmental factors require to be measured or recorded. These applications are for example the industrial climate measurement technology, environmental technology, climatology, agricultural meteorology and traffic engineering.
The in Berlin located business segment “Optical Sensors” engaged primarily in the distribution and development of the laserceilometer CHM 15k and the family of the laser based snow depth sensors.
Greateyes develops, manufactures and markets high-performance scientific cameras with spectral sensitivity ranges from X-ray to near infrared. They are used as precise detectors in a wide range of imaging and spectroscopy applications. Furthermore the company manufactures electroluminescence and photoluminescence inspection systems and offers a number of related services.
Greateyes was founded in 2007 as a spin-off from Humboldt-University Berlin and then quickly developed to an international acting company. Today it has strong customers in research and industry from many different countries.
Our passion is the continous advancement of our unique camera technology and associated products. Our central goals are satisfied customers, innovation and good team spirit.
Our range of Services include Electroluminescence and Photoluminescence characterisation of solar cells and solar modules, geometric and radiometric calibration of greateyes CCD cameras ans customized development and production of highly sensitive cameras.
Projectmanagement for development projects for optoelctronic, fiber optik, microsystemtechnology, vacuum, precision mechanics, high resolution camera
project planning,finacial support, fundraising, project implementation, marketing
The traditional business is marketed under the successful management of the lighting designer Andreas Boehlke as a family business in 3rd generation and will celebrate the 70th Anniversairy in 2016.
The Center of the company represents modern lighting technology, such as exhibition and poster illumination, Christmas lights, lighting concepts for indoor and outdoor areas, lighting installations for shops and shopping malls, festivals and events, and much more!
The development of creative and individual event and projection concepts involving 3D or 4D video mappings for facade projections done under provision of the necessary equipment for every need and desire.
The consultancy for an optimized energy consumption is the basis for the use of modern LED lights under economic and ecological aspects.
References and Networks, as Berlin Partner GmbH, AG City, Die Mitte e.V., Wirtschaftskreis Mitte, FAMAB, Marketing Club Berlin, VBKI, German Council of Shopping Centers and others complete the profile.
Even abroad projects are being implemented, for example, festive lighting for Djibouti was designed and installed in 2013.
Andreas Boehlke is considered a co-founder of the Festival of Lights and has launched another, less commercial Event BERLIN Leuchtet in 2013: Sights, buildings and streets shine in the glow of lights and illuminations allover the city the whole year and enchant the viewer! In the period from 2 - 18 .Okober 2015 the fascinating event will start for the 3rd time instead.
HIGHYAG Lasertechnologie GmbH, a subsidiary of II-VI Incorporated, is one of the world's leading suppliers in the laser material processing industry. Its innovative laser processing heads and fibre beam delivery systems are used for laser cutting and welding as well as for brazing in the advanced manufacturing industry. Headquarters and production is located near Berlin, Germany. With a worldwide network of distributors HIGHYAG is represented internationally.
HOLOEYE Photonics
Specialized on digital optics, HOLOEYE is providing products and services in the fields of Liquid Crystal on Silicon (LCoS)-based spatial light modulators (SLM), customized design and fabrication services for diffractive optical elements (DOE), as well as a broad range of standard DOEs and customizable LCoS microdisplay components.
Since 1999, our development and engineering teams in Berlin-Adlershof (Germany) have participated successfully in many publicly and privately funded research projects and implemented numerous industrial applications. Our range of standardized products and solutions comprise complete SLM kits, microdisplay components, driver-hardware, software tools, SLM-accessories, and standard DOEs (polymer / glass). For demands beyond standard, we offer customization and development, ranging from services and support for driver electronics, electronic designs, LCoS designs, and DOE designs, product development, fabrication and replication, to firmware and software solutions.
Within the field of Spatial Light Modulators (SLM) SLMs basing on high-resolution 2D microdisplays are developed and produced for phase but also amplitude modulation. Here we focus on reflective LCoS architectures / displays / microdisplays and the common video resolutions from Full HD (1920 x 1080 px) over 4k (3840 x 2169 px) up to 4160 x 2464 px with pixel sizes of 8 µm, 6.4 µm, 4.5 µm, and 3.74 µm. Due to the physical properties of the liquid crystals used, our SLMs are particularly suitable for monochrome, but also color field sequential (CFS) applications in numerous fields of optics, where the phase, the amplitude or the polarization of light is to be dynamically modulated with high spatial resolution.
Covering a wavelength range of ~ 350 nm to 2500 nm, high resolution light modulation applications within the visible, the near-infrared, and the telecommunication waveband are addressed. For convenient control and integration into the software environment of our customers, our software package includes a software development kit (SDK) allowing to show images and phase arrays in many programming languages directly on the SLM.
The Diffractive Optical Elements (DOE) team comes up with a broad range of off-the-shelf standard DOEs with various patterns, like dot arrays, dot circles, circles, multi-lines, and cross-hair patterns. It also develops new DOEs following costumer specifications for the light patterns to be generated. The DOEs are made of standard plastic materials – like polymethyl methacrylate (PMMA) or polycarbonate (PC) – as well as of standard fused silica glass by etching, or are replicated, using acrylate-on-soda-lime glass substrates.
And in the LCoS Microdisplays area state-of-the-art display solutions are developed, focusing customized developments, in particular for industrial applications.
Application areas
Telecommunication: optical switching, wavelength selective switching (WSS)
Holography: AR/VR/MR displays, projection, data storage, …
Material processing: mask-less lithography (2D, 3D), Two-photon polymerization, ...
Microscopy: light sheet, super-resolution imaging, 3D, …
Holographic optical tweezers (HOT)
Laser beam shaping (donut modes, Bessel/Airy beams, top-hat-profiles)
Temporal laser pulse shaping
Laser beam splitting
Laser beam steering
Wavefront modulation / aberration correction
Polarization generation (radial, azimuthal)
Adaptive optics: dynamic lens
Focusing through opaque media
Complex modulation
Digital filtering
Pattern projection (phase)
Fringe projection (amplitude)
Ophthalmology
InBeCon GmbH offers technical consulting and support for the design and the production of electro-technical components and modules. The emphasis of the extensive experience is in the fields of opto-electronics and microsystems technology e.g. in the adoption of micro-mechanics for the miniaturization of various components and assemblies.
We support your product development as well as optimization in close collaboration with all partners by modelling of the optics and multiphysics properties with FEM. InBeCon GmbH was assigned a “Certified Comsol Consultant” for such FEM simulations.
In the next step we consult about electronic packaging and assembly technology for the manufacturing of your products starting from sample manufacturing to volume production. Here we offer a 30-years experience with new production methods and the knowledge about the know-how of specialized foundry partners.
InBeCon GmbH supports you with the IP-management for the protection of your know-how e.g. for patent generation, patent assessment as well as patent defence.
Infarm ist Europas führendes Unternehmen für die Technologie des Indoor Vertical Farming und der weltweit fortschrittlichste Anbieter von leicht skalierbaren und schnell einsetzbaren modularen Farmen. Unsere einzelnen Farmen sind miteinander verbunden und werden zentral ferngesteuert. Aktuelle Informationen über das Wachstum der einzelnen Pflanzen werden in unserer Cloud gesammelt und ermöglichen so unserem "Farmer in the Cloud", schnell zu reagieren und langfristig zu lernen. In der Wachstumsphase einer Pflanze werden 50.000 Datenpunkte gesammelt und die Größe, die Temperatur und der CO2-Gehalt überwacht, um die Anbaubedingungen zu optimieren und unsere Erträge stetig zu verbessern. Wir arbeiten derzeit mit mehr als 30 der weltweit größten Einzel- und Großhändler wie Edeka, Rewe, Aldi, Metro, Kaufland und Selgros zusammen und bauen mehr als 65 verschiedene Sorten von Kräutern, Salaten und Blattgemüse an.
Neben der Zusammenarbeit mit renommierten Partnern, nutzen wir vor allem unser internes Fachwissen in den Bereichen Software & IoT und Pflanzenwissenschaften, um unsere eigenen neuartigen Lösungen zu entwickeln. Nach sieben Jahren der Forschung und Entwicklung haben unsere Ingenieurs- und Wissenschaftsteams einzigartige Lösungen entwickelt, die auf den neuesten Forschungsergebnissen in den jeweiligen Bereichen basieren. Unter anderem:
- Perfekte Beleuchtung: Unsere angepassten Lichtfelder bieten die optimale Lichtfarbe und -intensität für das Pflanzenwachstum. Dabei sorgt das spezielle Design für eine gleichmäßige Lichtabdeckung in jeder Etage der Farm. Diese Kombination aus Lichtfarbe, -intensität und -verteilung ist so konzipiert, dass jeder Pflanze das perfekte Licht für ihr Wachstum bereitgestellt wird, ohne dabei Energie zu verschwenden.
- Modellierung von Pflanzen: Wachstumsmodelle helfen uns, den Einfluss von externen Parametern (z.B. Lichtintensität, Spektrum, Temperatur, relative Feuchtigkeit, Kohlendioxid, Pflanzendichte) auf die Produktion und Verteilung der Pflanzenbiomasse abzuschätzen.
- Optimierung von Pflanzen: Durch den Einsatz von Sensoren optimieren wir die Wachstumsbedingungen jeder einzelnen Sorte, um sowohl eine hohe Ernteleistung als auch einen möglichst kosteneffizienten Betrieb zu gewährleisten.
