ColVisTec AG - founded in 2009 in Berlin-Adlershof - develops, manufactures and markets: process monitoring systems as Inline Technology, based on high-resolution spectrophotometers, i.e. inline color measurement.
Whoever wishes to record the stability of a process and react to it immediately - receives the right technology from us. Today, samples are usually taken from the production line and tested in a laboratory in order to have an indication whether or not the process is still stable. This measurement procedure is repeated approximately every 2-3 hours. Thus the process runs “blindly” for 2-3 hours. Our technology, however, allows a measurement every 10 seconds directly within the process (i.e. inside the material): without sampling, without disturbing the process, without delays, and continuously. Thereby waste and contamination are avoided. Our probes allow measurements directly in the processing on materials in:
- liquid (coatings, paints, inks, drinks or other food),
- paste-like (cosmetics, food, other mixtures, etc.),
- powdery (pharmaceuticals, building materials, pigments, food, etc.) and
- molten form (polymers in the extruder, food processing, etc.)
With specific probes (sapphire lens and optical fiber) adapted to the respective processes – materials (opaque to transparent) can be used at operating temperatures up to 400 ° C and up to 345 bar. Thus, the inline color measurement is possible, for example, directly in an extruder. Application areas of our inline technology include: plastics processing in the extruder, powder coating, coatings and paints, food, chemical reaction processes (clear - turbid - colored) etc.
The ColVisTec team consists of experienced engineers and scientists. We have been active in the various areas of spectrophotometry, optical and process and production control for many years and have a total of more than 50 years of experience in spectrophotometry and process applications.
Covert Science GmbH is a Berlin startup that develops flexible and textile-based opto-electronic solutions. Founded in 2018, the Company offers solutions in the areas of:
• Encapsulation of flexible and textile based light sources
• Power electronics on flexible substrates
• LED secondary optics from polymer materials
• Electronic assembly using adhesive systems
• Electronic systems on non-standard substrates including textiles and thermoplastics
Due to our close cooperation with leading research institutions, we are able to offer market-leading innovations and a high level of technical expertise in the development of production processes. The Covert Science business focus is on long term cooperation projects with marketing and production partners in order to bring innovative products into the market.
CreativeQuantum specializes in the realization of quantum chemistry-based research and development for the chemical and pharmaceutical industries. We are able to identify any chemical and physical properties on molecular level of systems or processes. Using unique creative methods, we offer our customers the development of resource and energy efficient production processes. To accomplish this, we apply the most recent and innovative optimization algorithms.
Crocus labs is young startup with a mission is to disrupt the indoor horticulture industry. The company is specialized in providing ultra high efficiency smart lighting solutions that will significantly reduce the electricity costs related to artificial lighting used in greenhouses, indoor & vertical farms while enabling them to grow a wider variety of crops indoor. As the company controls the design of the entire process in-house from LED devices, sensor PCBs, software components all the way to the luminaires, the products can be customized as per customer needs.
CryLaS GmbH develops, produces and delivers diode pumped solid state lasers in the far UV, UV, VIS and IR ranges for various applications in science, research and industry (OEM applications). CryLaS products are characterized by high stability and durability, low noise, compact design and excellent workmanship.
CryLaS' product portfolio consists of:
- pulsed lasers: high or low power laser with excellent beam quality (pulse energies from 0.3 to 3000 µJ / pulse frequencies between 1 Hz and 20 kHz) and pulse widths in the range of 1 ns.
- CW lasers: compact, rugged, and air-cooled single-frequency laser systems with small line width, large coherence length (> 1000 m) and high beam position stability.
- compact dye laser systems with integrated long-lived DPSS pump laser for spectral ranges of 330 to 900 nm and the SHG of 205-400 nm at repetition rates up to 20 Hz.
Applications can be found in the fields of:
- RAMAN spectrometry
- Life science
- Laser-Induced Fluorescence (LIF)
- Biohazard Detection
- Time resolved fluorescence
- Laser-Induced Breakdown Spectroscopy (LIBS)
- Medical research and biophotonics technologies
- Semiconductor inspection
CRYSTAL is a medium-sized company committed to highly developed technologies and products with and related to crystals. Proven production technology and comprehensive measuring and testing procedures guarantee our exceptional standard of quality as well as the speed with which we meet your most sophisticated requirements. Together with our clients, we generate cutting edge solutions by exploiting the close cooperation among all our product departments. In collaboration with our partners, we serve markets in Europe, Asien and the USA.
Products and Services:
1. Single Crystal Substrates and Wafer oxides, fluorides, and semiconductors - crystals
- Semiconductors, oxides and flourides for the deposition of epitaxial thin films
2. Optical Components
- windows and scanning mirrors made of Fluorides, ZnS, Si, Ge, Quarz and glass
- parallel plates and prisms made of Sapphire, TiO2, SiO2, Ge, ZrO2, SrTiO3, MgO
3. Laser Components
- active and passive
- diffusion bonded composites
- pre-fabrication of assemblies
DiGOS Potsdam GmbH has been founded as a spin-off of the GeoResearchCenter (GFZ) by Jens Steinborn and André Kloth in 2014. Today DiGOS is employing a young and dynamic team of 15 highly qualified staff members with expertise in different engineering fields.
DiGOS’ working domains are manifold with a focus on turnkey Satellite Laser Ranging stations (SLR), seismic measurement stations (DATA-CUBE³), autonomous multi-sensor systems, real-time communication and streaming solutions (CCUBE). DiGOS is a system integrator for geodetic and geophysical observation systems. We are developing complete turnkey systems for our international customers. DiGOS develops hard- and software on its own as well as together with longtime scientific partners in order to bring new developments on the market and to find solutions for challenging engineering problems. Currently, DiGOS is prime contractor for two state-of-the-art SLR stations – one for the European Space Agency (ESA) and another for the Japanese space agency (JAXA). The innovative SLR stations designed and developed by DiGOS are flexibly extensible for future applications like space debris tracking and laser communication.
We Are dopa
dopa – for now 25 years we are your competent and internationally established partner for the development and production of diamond tools , the design of whole production processes and a specialized contract manufacturer for high end flat optics made out of different materials like optical glass, sapphire, ceramic, fused silica etc.
At this we have specialized us on the processing of optical glass, special ceramics and crystals. Our tools distinguish themselves by the fact that they produce also at high stock removal rates very fine, homogenous and scratch free surfaces, which have nearly no sub surface damage. This leads in the following manufacturing steps to a decrease of generally minimum 35 % of your polishing time. Furthermore it raises your products quality and stabilizes remarkably your processes. With their low wear our tools enable you moreover to produce very flat parts.
We own in our Berlin test laboratory most different grinding and polishing machines plus a wide range of measurement instruments. On those machines, that depict the state of the art technology in multiple industries, we run machining trials under real production conditions and optimize the tools and processes already here so far, that they can be implemented in our customer’s production as a complete system.
Improving existing technologies or visualizing whole technology changes as for example from lapping with loose abrasive to fine grinding or from polishing with diamond slurry to super fine grinding can be shown here while considering all economical and technological aspects. Using this our customers can cut down the long, hard and cost intensive implementation of new technologies at their end to a minimum or save it fully. Furthermore they are able to react much faster to changing market needs while not interrupting their running production. To push your borders we gladly assist you with our funded knowledge in choosing and making the right tools for your application.
We are developing efficiency. Please contact us!
Consulting on strategy and transformation projects in companies and business plan advice. To get ahead in business, a good plan is important.
The work in project management as a trainer, coach and active project manager qualifies your project team members and advances your projects.
Implementation support. A good plan is already a step in the right direction the implementation often reveals new difficulties. A solution step can be support from outside by the moderation of workshops for finding solutions,.
I can function as a coach of the TCC for innovative technology-based companies, i.e. my work for you is sponsored.
T: +49 (0)33200 / 51770
As a development service provider, we take on tasks relating to the development and simulation of optical systems, as well as data mining including statistical analysis and algorithm development.
We are the expert partner to solve challenges and develop functional applications in the field of optics. We are able to undertake any task related to the development of optical systems, from the first, conceptual phase, to calculation and construction and all the way through to tolerance analysis, development of measurement technology, and preparation for production of your optical systems. Designing customised solutions and implementing them for your individual needs is what we do. Our area of expertise covers Camera lenses for industrial applications, optical measurement methods for medical use and analytics, fiber couplings for optical telecommunications, lighting and signal technology, microscopic systems and micro-optics, and much more.
In the field of data analysis we advise and support our clients in the development of measurement, processing, and evaluation strategies for data, which are incurred for example, during product development, prototype testing, or as part of manufacturing and testing processes. In addition, we are able to develop and simulate physical models of processes.