Sponsors & Exhibitors
Commercial opportunities
Choose from a variety of sponsorship and commercial options to raise your profile and position your company as a thought leader in the community.
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 – at the event and online
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
An exhibition will run alongside the conference sessions. Space is available on a first-come, first-served basis. In addition, a range of commercial sponsorship opportunities are available.
To discuss your requirements or to book sponsorship or exhibit space please contact:
Ian Morley Conference Sponsorship Sales Executive T: +44 (0)1590 641959 M: +44 (0)7747 541 955 Email: [email protected] opens in new tab/window
Please do not email credit card information under any circumstances.
Silver Sponsor
Element Six
Element Six (E6) designs, develops and produces synthetic diamond and tungsten carbide solutions.
Since 1946, E6’s focus has been on engineering and optimising the diamond synthesis process to unlock innovative, diamond-enabled applications, including ultra-precision machining, drilling, thermal management, optics, wastewater management and quantum-enabled sensing.
Orbray
Orbray was founded in 1939 with the manufacture of jewel bearings for electric meters. With jewel processing technology (cutting, grinding, and polishing) as its core technology, the company has continued to develop its leading-edge technology to create a variety of products. It currently manufactures and sells precision jewel parts, DC coreless motors, fiber optic components, and medical devices. In particular, Orbray has achieved the world's most advanced results in the technology for growing synthetic diamonds. Orbray pioneered the development of a unique heteroepitaxial process to grow single crystal diamond on cost-efficient sapphire substrates, demonstrating milestone results of single crystal deposition up to 55 mm diameter.
Orbray and Element Six announced a strategic collaboration to deliver the world’s highest quality wafer-scale single crystal synthetic diamond on the 10th June 2024. Orbray’s innovative approach to scaling single crystal CVD diamond will be combined with Element Six’s proven large area deposition system and unparalleled expertise in making high-purity single crystal diamond, to deliver a reliable supply of high-quality, wafer-scale, single crystal diamond for key applications, including 6G wireless components, advanced power and RF electronics, sensing, thermal management, and quantum computing.
SMD Rays
SMD Rays (www.smdrays.com opens in new tab/window) produce several types of laser machines for Rough diamond ( Natural and Lab grown ) cutting and processing, Having in house Laser Source servicing capabilities with clean room, QC equipment, Assembly facility for the manufacturing of laser machines, supplying worldwide and SMD Rays also provides laser cutting services to our valued customers across the globe. Supplied quality laser machines almost 15+ countries.
We are also laser cutting services providers For domestic & overseas customers like Core cutting, CVD Laser cutting, HPHT Laser cutting, Slice cutting and OEM laser cutting servcies/Customize profile Laser cuttings by Red Laser, Green Laser & Laser Water Microjet Technology as we are OEM Partner with Synova laser water jet -Switzerland For domestic & overseas customers.
CEO Mr. Maheshkumar Kargar in laser field for process rough diamonds since 1989 as electronics engineer and study of laser beam in Germany. With more than 3 decades experience in Laser filed to processing/cutting Rough diamonds by lasers and trustworthy laser cutting partner for valuable Natural and lab grown diamond cutting laser machines .
Exhibitors
HiQuTe Diamond
The creation of HiQuTe Diamond is based on the internationally recognised expertise of the LSPM research unit in the synthesis of synthetic diamonds by plasma-assisted CVD (Chemical Vapour Deposition).
Research activities on synthetic diamonds were initiated in this laboratory in the early 1990s. The team was also a pioneer in the field of diamond plate manufacturing for high technology. It developed the first diamonds for use in quantum technologies in 2007 for the development of sensors. Since then, several hundred diamond wafers have been supplied by the LSPM to various academic and private partners to validate the potential of using diamond in quantum sensors and to develop new products or applications.
Aware of the maturity of some diamond-based technologies, and with a strong desire to export their know-how to the socio-economic world, the researchers Riadh Issaoui, Fabien Bénédic, Jocelyn Achard, Ovidiu Brinza and Alexandre Tallaire co-founded HiQuTe Diamond with the venture builder Technofounders to bring their breakthrough innovation to their addressable markets and contribute concretely to the emergence of an industry of excellence in the field of quantum sensors at a European level.
Micron Semiconductor Ltd
Since 1983 Micron Semiconductor Ltd have become a leading manufacturer of silicon and diamond detectors for the High Energy Physics, Space, Nuclear and Medical Research, and OEM (Original Equipment Manufacturer) markets. We specialise in producing custom AC and DC single and double sided silicon along with polycrystalline and single-crystal diamond detectors.
Silicon Particle Detectors and Photodiodes are individually designed for each customer requirement and are characterised for their specific application. Strict internal quality controls are followed to ensure high quality standards are maintained at all times. Wafers and detectors are fully processed in house for maximum control. Micron Semiconductor Ltd is registered against the provisions of BS EN ISO 9001:2008. The Assembly and Testing of all products are documented in the form of Company Drawings, Procedures, and Work Instructions with full traceability at all stages.
Our core departments are Nuclear, Space, Diamond, and OEM. In the Nuclear industry, we have contributed to a wide range of projects including R3B, ISOLDE, MINOS, HIRA, BELLE2, GASPARD, CLIC, LHCb, and ATLAS. In the Space industry, we have worked with NASA, ESA, and JAXA on projects such as RBSP, NOAA, providing devices for use on the Solar Probe Plus, the Solar Orbiter, and Juice.
Our Diamond Detector product range is as modular as our Silicon Detector range. As a material, diamond detectors offer many desired features: very short response time, high temperature operation, and extreme radiation hardness. These qualities allow to create fast detectors that do not require cooling due to their negligible thermal noise. These custom-designed detectors have numerous applications: x-ray beam positioning in synchrotron research, nuclear analysis, UV detection, space spectroscopy, neutron monitoring, and detection in underground exploration.
SEKI Diamond Systems
STPL (Sahajanand) STPL (Sahajanand) is an Indian global leader, offering complete and ever evolving range of AI powered innovative laser systems and diamond planning systems for CVD, HPHT and Natural Diamond processing.
Since 1993, Today STPL provides an integrated laser solutions and all kind of rough diamond processing solutions in around 30+ countries and 5 continents across the globe with the installation base of around 15,000+ laser systems world-wide. For its master class technologies STPL has been awarded many global and local awards such as Good Design awards – Japan, Vision System Design Awards – USA, JNA awards a and many more.
STPL offers Green & Infrared laser systems for CVD seed cutting(slicing) & coring (2D shaping). STPL’s developed lasers ensures best sling and coring cutting results in term of minimum possible kerf loss, smoothest cutting surface with minimum carbon haze and fastest cutting speed. Company also offers 5-axis laser systems in Green & Infrared laser for 3D diamond cutting such as round & fancy diamond shapes (Princess, Marquise, Emerald, Baguette, Oval, Heart, Cushion, Taper, Round) cutting with faceting (almost ready diamonds). To plan the rough diamond STPL is having world’s smartest planner to offer. STPL, is world’s first and only company to deploy diamond processing ROBOTs which is already creating new heights for the high precision and mass productive industry.
Supreme Green Diamonds
Growing Diamonds in Laboratory for Gem & Jewellery, Optics, Mechanical and other Industrial uses. With In-house developed and optimized MPCVD systems, we can tailor Diamond as per the needs of the industry and academia. We also provide complete solutions for Setting up full scaled Lab as well as turn-key MPCVD Diamond Growing Facility.
Supreme Green currently has 250 active MPCVD reactors Located in Surat, India also, equipped with the post processing facilities that include 30 Laser cutting and slicing Systems and a dedicated polishing unit, currently catering needs of Lab Grown Diamonds across the globe. We are capable of growing customised diamonds in. Diamonds in any dimension, orientation, surface finish, purity, thickness and crystalline structure.
We have a capable team of research scientists working towards the future promises of this super material.
View profile : https://www.supremegreen.in/ opens in new tab/window
Media Partner
Surface Ventures
For more information visit: surfaceventures.org/
