DON’T MISS THIS IMPORTANT EVENT!
EPIC Online Technology Meeting on Mid-Infrared Alliance Present and Future
Photonic developments on the Mid-IR region (2.5um-15um) have demonstrated amazing high potential for utilization in different markets such as healthcare, communications, environmental, security and industry while, every day, new exciting applications.In this meeting, the entire MidIR community will discuss how answer the requests and challenges coming from the end-users needs.
21 February 2022, 15:00 – 17:00 CET
Welcome to visit us at:
Photonics Days Berlin Brandenburg 2021
Visit our booth B05. Our Team will provide you with all the information you need about our fiber products and Services.
5th Photonics Days Berlin Brandenburg – International Innovation Conference will bring the regional and International Photonics community together again – this year half online and half in presence/hybrid.
The goal of the coming conference is to connect participants from different sectors and regions, so that they can cooperate to innovate and create value for new Photonics-based value chains together.
art photonics GmbH invites you to attend “2021 CPAC Virtual Summer Institute’s Conference” on 21 – 22 July 2021.
This two-day Conference will be focused on the issue of “Process Understanding based on the Use of Sensors and Data Handling”.
Day One: Next Generation Processing Approaches to Enable Maximum Efficiency in the Production of Pharmaceutics, Chemicals, and Biomaterials
Day Two: Enabling More Efficient Measurement Tools and Complex Process Optimization Approaches
Viacheslav Artyushenko, President of art photonics GmbH, will give a talk on “Fiber Solutions in Life Science and Process Control”
Download 2021 CPAC Virtual Summer Institute’s Agenda
Download 2021 CPAC Virtual Summer Institute’s Preliminary Attendance List
MIRACLE is the first mid-infrared attenuated total reflection (MIR-ATR) arthroscopy system for real-time, in-depth, clinical examination and diagnosis of degenerative joint diseases, that can be used in clinical cases where patients are recommended to undergo arthroscopy surgery.
MIRACLE device will allow orthopedics surgeons to obtain real-time information about the biochemical composition of the cartilage tissue, leading to objective decision-making on the most adequate treatment course, enhancing patient’s well-being and reducing the need for follow-up surgery.
Raman Spectroscopy Diagnostics ex-vivo to detect tumor margins in 3D using the thinnest fiber probe. Raman Needle Probe penetrates in resected tissue ex-vivo to define oral cancer (SCC) margins for 1 cm depth within 1 s – measuring each 100 ms the ratio of water / lipids bands in HW-Raman spectrum (as its growth is SCC specific biomarker).
Micro-optics, PICs, optical fibers, miniaturized detectors and many other photonics technologies enable novel approaches both for diagnostic and therapy procedures. The meeting will address the challenges in the integration of these technologies into widely used tools, such as e.g. endoscopes. Clinicians, medical system integrators and the entire supply chain of photonics technologies companies will come together to discuss the challenges and to find ways to work together.
Save 10% on ANY standard fiber optic probe for ANY spectroscopy method!
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Campaign valid for orders through July 16th, 2021
*Enjoy Free Shipping on Orders $10K +
Join us at art photonics’ Virtual Company Tour on 20 April 2020.
EPIC is inviting you to a live virtual company tour at art photonics GmbH
To participate please register here
Participation is confirmed only when received a confirmation email from the EPIC staff.
A multispectral fiber optic probe has been developed that enables simultaneous analysis of various liquid and solid samples using attenuated total reflection mid-infrared spectroscopy and fluorimetry. The probe design was optimized using ray-tracing simulation of the light propagation.
Technical evaluation of the probe has confirmed its output signal quality that was comparable to that of respective probes for single methods. The capability of the probe to deliver complementary chemical information from the same measurement point has been illustrated using model samples of biological tissue. Qualitative analysis of the biological tissue is one of the most important applications of the developed multispectral probe.
Read more at Analytical Chemistry Website
Join us at art photonics‘ Virtual Company Tour on 20 April, 2020
EPIC is exploring additional ways to give more visibility to our members especially when conferences and exhibitions are being canceled/postponed. We are inviting you to a live virtual company tour at art photonics guiding you through the facility and to a sneak peek of their technologies.