Sponsors & Exhibitors
Reasons why being a sponsor is a brilliant marketing strategy
Highly targeted marketing – reach your community
Brand awareness & recognition – logo and advertisement placement
Access to knowledge – find out about new research being undertaken
Engage with your audience
Media exposure - benefit from being promoted throughout Elsevier’s marketing process
Enhance credibility – highlight your company’s expertise to a captive audience
Generate new sales & form new partnerships – with registrants, vendors and speakers
Leveraged lead generation - the chance to be recommended to attendees’ connections
Joe Hames Head of Sales, Conferences Mob: +44 (0)7913 292 038 Email: [email protected](opens in new tab/window)
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Founded in 1998, the Company engages in the design and manufacturing of modular/finished solutions for mobile, medical devices. Working closely with customers from the product development phase, the Company develops customized modules that satisfy the customers’ functional needs while meeting necessary cost requirements.
Its major products include integrated printed board assembly (“PBA”), fingerprint sensor modules, and smart medical devices.
The company’s business model can be summarized as "Mass Customization." Mass Customization is a business model that starts from sourcing cutting-edge technologies, then it goes through customized development process to meet customers’ demands. Finally, it provides mass production for the customers.
The company is running 4 big factories in Korea, Vietnam, and one Indian factory is under construction. And through the business model, the company has a very strong & stable revenue base. In FY2022, the company recorded revenue of US$ 1.1billion.
BioNano Health Guard Research Center
BioNano Health Guard Research Center research objective is the development of H-GUARD system and world-class platform technologies for the detection and monitoring of biohazardous substances including new and mutant viruses, super bacteria, etc.
Bioneer, which aims for a healthier future for humanity with genomic technology, was established in 1992 as a first Korean biotechnology company.
The company has developed state of art molecular biology products and technologies including oligonucleotides, thermostable polymerases, and instruments of gene manipulation (automatic nucleic acid extractor, thermal cycler, real-time PCR instruments, and DNA sequencer). From its inception, Bioneer has invested in the integration of recombinant DNA technology, fermentation, biochemistry and nucleic acid chemistry in addition to mechanics, photonics and electronics. The company is positioned to fully-integrate its capability to develop next generation technologies in the post-genome era through its technologies.
National NanoFab Center
National NanoFab Center (NNFC) has grown into Korea’s top institution for nano-infrastructure based on a spirit of relentless challenge, with its contribution to the joint use of equipment, support for commercialization of nanotechnology R&D achievements, and fostering well-educated and high-skilled experts in related fields.
Center for Nano Bio Development in NNFC has supported for the establishment of specialized facilities, equipment, man power, and processes related to the area of nanotechnology-based biosensors/biochips, in-vivo/vitro diagnostics, and medical devices. It has also supported for the development of core platform technologies for biomedical applications contributing to the advancement of national science.'
Samsung Electronics Co., Ltd
Samsung inspires the world and shapes the future with transformative ideas and technologies.
The company is redefining the worlds of TVs, smartphones, wearable devices, tablets, digital appliances, network systems, and memory, system LSI, foundry and LED solutions.
Biomensio is a Finnish biotech company that spun off from Siemens and VTT Technology Research Centre of Finland in 2016. Biomensio is developing a novel biosensing platform for rapid detection of multiple analytes from a small sample volume at point-of-need.
In the heart of our technology is Mass Sensitive Micro-Array (MSMA), a silicon biochip consisting of an array of microscopic weighing scale pixels, each capable of detecting a different analytes from the single sample. Our handheld analyser contains all components needed for rapid screening of analytes: the end user is only required to put sample droplet on the cartridge, push it into the analyser and wait for the results. We have recently demonstrated our technology for detection of antibiotic residues in milk at production site. Other applications we are targeting include drugs-of-abuse detection from saliva, mycotoxin detection from grains and seeds, as well as biomarkers in human diagnostics.
BioNavis Ltd is a Finnish manufacturer of Multi-Parametric Surface Plasmon Resonance (MP-SPR) research instruments that provide high-content information about events on the surface:
Measure binding affinity and kinetics or concentration in real-time and label-free
Optimize assays from small organic molecules to DNA, proteins, viruses and live cells
Work with any type of nanoparticles, such as extracellular vesicles, polymeric or metallic nanoparticles
Measure with purified or crude samples, including plasma, serum or sea water (PureKinetics™ feature)
Design sensors for gas and liquid samples with one instrument
Develop your sensor directly on your sensing material: metals for EC detection, plastics for ELISA or microfluidic POC, cellulose for paper-based sensors, etc.
Combine MP-SPR with electrochemical or fluorescence measurements in-situ
Come talk with our experts and let us discuss how MP-SPR can help with your research!
ESIEE Paris, school member and co-founder of University Gustave Eiffel, develops innovative sensors, biosensors, energy harvesting devices and microfluidics in the Laboratory of Electronics, Communication Systems and Microsystems (ESYCOM, UMR9007 CNRS).
Further than academic research and education, 650m² cleanrooms host industrial R&D projects and provide prototypes and small and medium-sized batches for various application fields such as biomedical, aviation, and environment, etc. This up-to-date infrastructure with more than 70 heavy equipments, from front-end to back-end, is a suitable and efficient bridge to quickly bring innovation to the market."
MicroVacuum and Gamry Instruments
MicroVacuum is a world leader in R&D of label-free biomolecular interaction analyzing systems, based on grating coupler waveguide optical ( OWLS ) and Quartz Crystal Microbalance acoustic sensors.
MicroVacuum manufactures instruments based on OWLS, QCM and Electrochemical sensing methods in selectable configurations. The novel OWLS QCM 3000 instrument is a real-time, label-free biosensor system that combines OWLS, QCM and EC measurement in a single integrated platform, making possible to analyze Wet & Dry mass adsorbed layers. Using the three methods parallel on similar sensor surface offers more fundamental and complex understanding of the biomolecular interactions. For more information please visit: https://microvacuum.com/(opens in new tab/window); https://owls-sensors.com/(opens in new tab/window); https://qcm-sensors.com/(opens in new tab/window)
Gamry Instruments designs and builds precision electrochemical instrumentation and accessories(opens in new tab/window). Gamry designs, manufactures, and sells electrochemical instrumentation for every major electrochemical technique including corrosion, coatings, battery, and fuel cell testing. Gamry is a world-renown leader in electrochemical impedance spectroscopy. We believe that instruments should achieve a balance between performance and cost. We strive for innovative designs, superior support from our own in-house electrochemical experts, and fair pricing. We have a very simple goal: we want every user to be satisfied with their Gamry instrument. For more information please visit: https://www.gamry.com(opens in new tab/window)
MARA NANOTECH, INC
MARA NANOTECH, INC. is an in vitro diagnostic company based on semiconductor nanobiosensor technology, electrochemical technology, and IT. We use our nanowell biosensor technology to detect and analyze biological molecules and pathogens with high accuracy and sensitivity.
The nanowells are fabricated using advanced semiconductor manufacturing techniques, functionalized with specific biological probes, and used to capture and identify target molecules in complex biological samples. We also developing a digital healthcare platform to provide real-time health monitoring and early disease detection. Users can input their biosensor data into the platform, which provides personalized health recommendations, alerts users to potential health risks, and suggests when to seek medical attention. Using semiconductor based nanobiotechnology and IT, we are focusing on developing and commercializing digital POCT kits that can rapidly and accurately diagnose various infectious disease and enable telemedicine.
Metrohm DropSens is a leading company in miniaturized electrochemistry based in Spain and part of Metrohm AG.
Metrohm DropSens designs and develops screen-printed electrodes based on thick-film hybrid technology, providing researchers with a powerful tool for the development of electrochemical sensors. We have focused in the design, development and manufacture of portable potentiostats/ galvanostats, electrochemiluminescence based instruments and equipments dealing with hyphenated UV/VIS, NIR and Raman Spectroelectrochemical techniques. Spectroelectrochemistry is a useful solution for many different research fields, from materials characterization to photochemical energy conversion a huge range of applications are possible.
Metrohm DropSens is an ISO9001 and ISO13485 certified company for the 'Manufacturing of sensors for medical devices'.
Metrohm DropSens team makes a continuous effort to provide you with innovative and effective tools for your research, a continuous R&D work in order to incorporate the last technological advances to Electrochemistry
Modern Value Inc
Modern Value Inc. develops the in-vitro diagnostic platform technology based on nanoparticles, RNA/DNA and Raman spectroscopy. The platform consists of a diagnostic reagent, raman spectroscopy device, and analyzing software.
It is to be applied for rapid diagnostic tests of infectious diseases such as COVID-19 and Sepsis, and liquid biopsy for oncology. Our technology is specialized in high sensitivity in diagnostics up to 99% and the fast detection in less than 10 minutes, whereas other diagnostic technologies have either high accuracy or a fast detection time. Also, it provides quantitative analysis of certain targets, which could be a breakthrough technology in the precision diagnostics market.
Nano-Biofluid Biopsy Research Center (NB2RC)
NB2RC is a pioneering research center for biofluid biopsy against cancer and infectious viruses. Through successful research and strategic management, new start-ups are spinning out. BioRoots Inc.
NB2RC is specialized in hydrogel particle-based multiplexing platform. The MaximultixTM system is the most advanced multiplexing platform to analyze hundreds of targets in a sample using graphically encoded hydrogel blocks.
PalmSens BV was founded in 2001 by Dr. Kees van Velzen, one of the driving forces in the field of potentiostat digitization in the late ’80s and ’90s. PalmSens BV was the first company to reduce a research-grade potentiostat to a size that fits in your pocket.PalmSens BV was founded in 2001 by Dr. Kees van Velzen, one of the driving forces in the field of potentiostat digitization in the late ’80s and ’90s. PalmSens BV was the first company to reduce a research-grade potentiostat to a size that fits in your pocket.
At PalmSens we are committed to making electrochemistry easier, more portable, and more accessible for novice and advanced researchers and entrepreneurs. We provide a comprehensive range of instruments for most types of electrochemistry with an emphasis on mobility. We manufacture the world’s smallest commercially available potentiostat module with EIS capabilities: the EmStat Pico. While our unique flagship instrument, the PalmSens4, is one of the most versatile and compact frequency response analysis (FRA) / EIS capable device in the market.
Royal Society of Chemistry
We are a learned society with the mission to advance excellence in the chemical sciences. We connect scientists with each other and society as a whole, so they can do their best work and make discoveries and innovation happen.
We publish new research. We develop, recognise and celebrate professional capabilities. We bring people together to spark new ideas and new partnerships. We support teachers to inspire future generations of scientists. And we speak up to influence the people making decisions that affect us all. As a not-for-profit professional organization, we re-invest all surplus back into the global scientific community, providing support for authors, researchers and educators.
Zimmer and Peacock
At Zimmer and Peacock, we provide standard products, development and manufacturing services revolving around electrochemical sensors, biosensors, medical diagnostics and IVD.
ZP are ISO13485 certified developers and partner with academia and industry to ensure our sensors evolve with the upcoming and growing markets. Part of the remit at Zimmer and Peacock is to innovate around our collaborators’ inventions and integrate cutting edge solutions into the market. ZP’s continuous innovation has led to a range of products including sensors, necessary hardware, customer specific Android and iOS applications, IP generation, scalable manufacturing and our very own cloud storage solution for electrochemical data.