Innovation partners - VeViVas partners

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Innovation partners

Network overview
(the more expertise areas are shared between the partners, the thicker the connecting line gets)

VeViVas partners in detail
Engineering


MOZYS Engineering GmbH develops complete solutions for Industrial IoT, e.g. for predictive maintenance and condition monitoring applications. A particular area of expertise lies in the field of vibrations.
Hardware, software and engineering from a single source: this makes it easier for customers to get started with sensor-based monitoring applications and opens up new solutions and business models in the context of Industry 4.0 based on unique performance features. Customers are supported from the initial idea to series production and benefit from short development times and high flexibility enabled by a modular platform strategy. All products are available as OEM versions and provide the basis for customer-specific developments.
MOZYS Engineering GmbH
Friedrich-Bergius-Ring 15,
97076 Würzburg, Germany
Dr. Amin Mozaffarin
a.mozaffarin@mozys.de
+49 (0)931 49 739 209 1
Brownfield
Cloud connectivity
Cloud services
Condition Monitoring
Connectivity
Data visualisation
Datalogger
Device Management
Edge Computing
Electrical engineering
End-to-end connectivity
Fieldbus systems
Hardware development
I/O interfaces
Industrial Ethernet
Industry 4.0
Internet platforms
IoT (internet of things)
IoT-Gateways
Predictive Maintenance
Product development
Sensor systems
Software development

Engineering

Dr.-Ing. Tom Marr is a freelance engineer, located in Dresden/Germany.
He offers services to companies and engineering service providers.
His expertise includes:
Product development
Simulation (specialized in fluid dynamics simulation and thermal transport challenges)
Product design
Materials testing
Grant acquisition
Software used in his work includes: FloEFD, SolidWorks Flow Simulation, ANSYS Fluent/CFX, SolidWorks
Dr. Tom Marr
Malterstraße 30, 01159 Dresden, Germany
info@tom-marr.de
+49 (0)176 379 77 083
Design
Energetical optimization Energy efficiency
Grants
Materials testing
Product development Simulation   



Plant engineering


RAPIDFACTURE enables the rapid production of precision components for mechanical and plant engineering. With the portal ''Production Online'' the company offers online CAD as well as the production of components for the processes milling and turning (1 - 50.000 pieces) including all common further processing like hardening, anodizing or grinding. In addition, RAPIDFACTURE also produces welding assemblies. The automation and digitalization of production processes is supported by software products and customer-specific software development.
RAPIDFACTURE GmbH
Max-Planck-Str. 7
85716 Unterschleißheim
Germany
info@rapidfacture.com
+49 (0)89 215 40180
Autonomous production Computer-aided design (CAD) Computer-aided manufacturing (CAM)
Design
Industry 4.0
Mechanical Engineering
Mechatronics
Metalworking
Milled parts
Online CAD
Online design
Online production
Part design
Part production
Plant engineering
Precision parts
Production software
Prototype production
Shop systems
Turned parts
Materials


The company is the leading manufacturer of highly-ordered porous membranes from alumina and silicon with defined and adjustable properties and structure parameters. SmartMembranes not only manufactures membranes on customers‘ request, we also develop new processes and products around our core business. We are a spin-off from the Fraunhofer Institute for Mechanics of Materials, hence we work closely with that research institute as well as with the Martin-Luther University Halle-Wittenberg and the Max-Planck Institute for Micro Structure Physics in Halle/Germany.
Products:
SmartMembranes produces macro- und nanoporous structures from silicon and alumina.
Our standard products SmartPor and MakroPor are characterized by a highly ordered structure and a low standard deviation of the pore diameter. Structural parameters such as pore size, lattice constant, porosity and membrane thickness can be adjusted at the nanometer level according to customer needs. The products can be further customized in collaboration with our clients. Surface functionalization (silanization) enables, for example, the control of the hydrophobicity / hydrophilicity of the pores. The membranes can also be used as templates for the development of new nanostructures. The galvanic deposition of metals or metal oxides or polymer wetting expand the possibilities for the production of defined nanotubes and nanorods.
Potential applications can be found in the fields of filtration, sensor technology and diagnostics ("biochips"). The membranes serve as electrode material in battery development and in fuel cells or are used as an anti-reflective surface in optics.
SmartMembranes GmbH
Heinrich- Damerow- Str. 4,
06120 Halle (Saale), Germany
petra.goering@smartmembranes.de
+49 (0)345 13514386
monika.lelonek@smartmembranes.de
+49 (0)345 13517453
Catalysts
Diagnostics
Filtration
Membranes
Microfluidics
Microreactors
Nanostructure   


Chemistry


Esy-Labs is an innovative spin-off of the Gutenberg-University of Mainz and of the Fraunhofer Society, specialized in the use of electrosynthesis technology for the production of organic and inorganic raw materials.
Electrosynthesis is available at a scale ranging from grams up to a few tons per year, while it is complemented by integrated biotechnological and chemical-catalytical sub-steps. This integration level results in a unique portfolio of Esy-Labs GmbH.
Founded in 2018, the company operates at the intersection of renewable energy production and chemical conversion. It offers customer-oriented consulting services, electrosynthetic synthesis on demand as well as process development. Thereby, Esy-Labs is able to provide customers electrosynthesis and electrocatalysis technology as needed.
ESy-Labs-GmbH
An der Irler Höhe 3a,
93055 Regensburg , Germany
Dr. Tobias Gärtner
info@esy-labs.de
+49 (0)941 94686 700
Design
Electro-catalysis
Electro-synthesis
Fine chemicals
Inorganic chemistry
Organic chemistry   Pharmaceutical substances  
Process development
Raw materials
Recycling
Renewable energy  

Informatics / data science


VeViVas provides  two types of services to business clients in the pharma/biotech and greentech industry (B2B):
I) Open innovation: we identify expert service providers and assemble consortia or expert teams to work on innovation tasks of our clients.
II) In depth analysis and visualization of complex information, e.g. derived from transcriptome- or pharmacogenetic data. Biomarker analyses for precision medicine as well as machine learning approaches and statistical analyses are also part of our portfolio.
VeViVas GmbH
Im Homburg 31, 79539 Lörrach, Germany
Dr. Arndt Brachat
info@vevivas.com
+49 (0)76211616066
Bioinformatics
Biomarker
Clinical drug development Clinical statistics
Data science
Data visualisation
Diagnostic algorithms
Diagnostic biomarkers Diagnostics
Diagnotic subtypes
Drug response prediction Endotype discovery Exploratory data analysis Genetics
Open innovation
Patient stratification Personalized medicine Pharmacodynamic markers Pharmacogenomics
Precision medicine

Informatics / data science


BotCraft is a highly specialized software development company in the field of machine connectivity, robotics and process automation that develops secure solutions for intelligent production and quality assurance.
BotCraft GmbH
Lichtenbergstraße 8, GaTe Garching
85748 Garching bei München
Germany
info@botcraft.de
+49 (0)8168/4290519
AI (artificial   intelligence)
AIoT (Artificial Intelligence of Things)
Bots
Brownfield
Edge Computing
End-to-end connectivity  
Industry 4.0 IoT (internet of things)
iRPA (intelligent robotic process automation)
Predictive Maintenance Process automation
Robotics
Software architecture development
Software development
Bioreactors


C-CIT Sensors AG is an innovative specialist in cell culture in-situ monitoring technology. It offers real-time process control systems based on in-situ glucose and lactate sensors suitable for all type of vessels and bioreactors. Automated process control systems reduce the risk of contamination, increase laboratory efficiency, reduce batch variability and cell stress.
C-CIT sensors as well as all the electronic components for data acquisition can be customized and integrated in different applications and systems.
C-CIT Sensors AG
Einsiedlerstrasse 34, 8820 Wädenswil, Switzerland
sales@c-cit.ch
+41 (0)43 477 85 55
Automated Process   Control
In-situ sensors
Automation
Glucose sensors
Lactate sensors
Sensors
Process control system
Cell culture
Process probe
Ion selective electrodes
Ion selective membranes
Ion selective sensors
Metabolites
Cell culture monitoring
Flow cell
Reactor probes
Cap sensors
OEM Solutions
Industry 4.0
Bluetooth communication

Drug development


Eleva is a drug development specialist that has pioneered the production of biologics using the unique properties of Bryophyta (moss). Moss plants are not only able to produce the most complex and demanding proteins; with their unique characteristics, they virtually invite easy, stable engineering and reliable output. Eleva's technology enables tailored glycosylation for efficient organ uptake of biologics. Flexible genetic engineering and pathogen-free protein production are further advantages of the moss system. Eleva cooperates with pharmaceutical partners for the pre-clinical and clinical development of  therapeutic proteins.
eleva GmbH
Hans-Bunte-Str. 19, 79108 Freiburg, Germany
hello@elevabiologics.com
+49 (0)761 470 99 0
Antibody Dependent   Cell-mediated Cytotoxicity (ADCC) Biobetters
Biochemistry
Biologics
Bryophyta
Complement
Drug candidates
Enzymes
Expression systems
Fusion toxins
Genetics
Glycans
Glycosylation
LSD (Lysosomal storage diseases ) enzymes
Moss
Vaccines
Virus-like particles  (VLPs)
Drug development



The Jagiellonian Centre for Experimental Therapeutics is a research unit of the Jagiellonian University in Krakow, Poland. Based on unique expertise and R&D tools, JCET collaborates with biotech/pharma companies and academia to develop endothelium-targeted pharmacotherapies of various diseases.
JCET develops a unique panel of assays to evaluate the effects of compounds on endothelium and blood vessels. Such endothelial profiling allows for searching for and validating of pharmacological mechanisms in the endothelium and vascular wall. Endothelial assays can also be used for evaluation of the vascular safety of novel drug candidates.
Service offers include:

1) Preclinical evaluation of endothelial/vascular safety
JCET applies models of endothelial inflammation, leukocyte adhesion, endothelial viability, and metabolism to screen for endothelial toxicity. JCET also provides in vivo methodology with multiple endpoints to assess the effects of compounds on endothelial/vascular function in various animal models and profiling for pro- and antithrombotic effects

2) High-content efficacy studies in relevant in vivo models – e.g. cardiovascular: JCET offers a wide range of in vivo efficacy studies in models of heart failure, atherosclerosis, pulmonary hypertension, non alcoholic fatty liver disease (NAFLD), hepatitis, thrombosis and cancer metastasis with comprehensive assessment of multiple endpoints, including in vivo imaging and concurrent evaluation of endothelial effects.

3) Analytical capabilities – pharmacokinetic studies and beyond
JCET has established methodology for screening of novel compounds in terms of their physicochemical parameters, pharmacokinetic profile, DME properties, bioavailability, percent of binding and absorption rate. Services also include metabolic profiling, metabolite identification, CYP450-dependent metabolism assays, as well as compound elimination studies. JCET also offers development and validation of bioanalytical methods.
The JCET facility is GLP-accredited over a broad range of laboratory methods and protocols.
Jagiellonian Centre for Experimental Therapeutics
Jagiellonian University in Krakow
ul. Bobrzyńskiego 14, 30-348 Krakow, Poland
jcet@jcet.eu
+48 (0)12 6645464
Preclinical drug   development
Pharmacology
In vitro assays
In vivo assays
Ex vivo assays
Animal models
GLP
Endothelium
Vascular wall
Toxicity assays
Endothelial inflammation
Endothelial viability
Endothelial safety
Endothelial metabolism
Efficacy studies
Atherosclerosis models
Heart failure models
Hepatitis models
Leukocyte adhesion
Vascular safety
Vascular toxicity
Microbiology


The products and services of IGV PLANTTECH are based on 30 years of experience of research and development in the cultivation of phototrophic microorganisms, such as microalgae, cell and tissue cultures. IGV PLANTTECH has developed into a reliable and professional technology provider and supplier in this field for universities, research institutes and research departments in companies of various sizes.
The employees - scientists, engineers, designers and technical staff - have many years of extensive knowledge in phototrophic biotechnology and offer, for example, experience in research and characterization of active substances, process and product development as well as photobioreactor design.
The core objective of IGV PLANTTECH is the technical generation of active substances and raw materials in the fields of cosmetics, chemical industry, energy industry, environmental technology, agriculture, healthy nutrition and functional food.
In addition,  processing technologies and procedures are developed to production stage and applied in pilot scale. In all these developments, research results from biology, biochemistry and high-end process engineering are profitably and efficiently combined with the latest findings in the physiology of phototrophic microorganisms.
IGV GmbH
Arthur-Scheunert-Allee 40-41,
14558 Nuthetal, Germany
Dipl.-Chem. Petra Sandau
petra.sandau@igv-gmbh.de
+49 (0)33200 89 257
Cell culture
Chlamydomonas
Feasibility studies
Galdieria
Haematococcus
Microalgae
Microbial production  
Nannochloropsis Phaeodactylum Photobioreactor
Phototrophic bacteria Phototropic microarganisms Phytoextracts
Plant extracts
Porphyridium
Process development Scenedesmus

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