Product showcase
stainless steel and ceramic. These adhesives are tested for biocompatibility in accordance with ISO 10993-4/-5/-10/-23 and/or USP class VI protocols. This group of adhesives includes LED curable UV acrylates and UV epoxies that provide the shortest curing cycle times for high volume production. They are ideal for needle/hub assembly, component attachment and for sealing enclosures. Multiple viscosity ranges are available to provide the best match to component configuration and assembly process. Fluorescing versions are available to enhance quality control relying on in-line vision systems. Also included in this group are electrically conductive adhesives and conventional thermosetting epoxies. They offer connectivity and attachment solutions for PCB and electrical component assembly. Several epoxy selections are available with high ionic purity that is essential to minimise the risk of corrosion on the PCB. Panacol’s silver-filled electrically conductive adhesives can often replace solder joints or be printed as flexible conductive tracks on flexible wearables. Panacol will be at Compamed in Düsseldorf in Hall 8B / Booth A09. Panacol-Elosol GmbH was founded in 1978 as a German subsidiary of the Swiss Panacol AG in Frankfurt. In 2008, Panacol was acquired by Munich-based Dr Hönle AG, a leading global supplier of industrial UV equipment technology. As a member of the Hönle Group, Panacol is a knowledgeable and reliable provider of adhesives, coatings and UV/LED curing equipment for OEM and contract manufacturers around the world.
Panacol
www.panacol.com
Feedthroughs, casings and windows
SCT Ceramics’ ceramic feedthroughs and casings for medical applications.
SCT Ceramics’ brazed, ceramic feedthroughs and casings are the ideal solution for active implantable medical devices, such as pacemakers, cochlear implants and neurostimulation devices. Biocompatible ceramic options include : ■ ALUCER alumina ■ Zirconia ■ Ruby
For clients requiring hundreds of channels, SCT Ceramics provides solutions for ultra-miniaturised and high-density feedthroughs using CerMet technology. All products are inspected and tested for the most important criteria such as: ■ Leak test for hermeticity ■ Electric tests ■ Thermal shock ■ Dimensional inspection
SCT Ceramics works hand-in-hand with clients to co-develop and manufacture each custom component. Engineering and development teams provide: ■ Proof of concept ■ Prototyping ■ Costing ■ Qualification and validation ■ Industrialisation and scale-up ■ High-volume manufacturing
SCT Ceramics facilities are dedicated to biocompatible and medical applications. SCT Ceramics is certified ISO 13485 and have ISO 8 clean room, as well as an accredited research
Medical Device Developments /
www.nsmedicaldevices.com
lab. The company’s quality teams ensure that our components allow clients to meet strict FDA, CE and NMPA (formerly CFDA) regulations and respond to ISO 10993 biocompatibility standards. IQ, OQ and PQ phases are baked into SCT Ceramics’ overall process validation and leading continuous improvement methods such as Six Sigma, 5S and SPC guide its operations, from idea to market.
SCT Ceramics
www.sct-ceramics.com
Building blocks for ultrasound imaging systems
of ultrasound transducers. These ultrasound beamformers exhibit the remarkable capability to govern linear, convex and phased array transducers. Each beamformer module encompasses sophisticated front-end transmit/receive circuitry, a power supply, and an advanced signal processing module. Seamless interfacing with personal computers is facilitated through the inclusion of a USB 2.0/3.0 controller.
Telemed’s beamformers and software for ultrasound imaging.
In the contemporary landscape, ultrasound imaging has transcended its conventional role as a mere diagnostic instrument. Today, ultrasound scanners have seamlessly integrated with a spectrum of imaging, surgical and therapeutic apparatus, catalysing advancements in both diagnosis and treatment modalities. Telemed, a distinguished purveyor of cutting-edge ultrasound solutions, offers a diverse array of options ranging from preconfigured solutions ready for market deployment to meticulously tailored bespoke designs. At the core of Telemed’s hardware portfolio lies a versatile array of beamformers and an expansive selection
Imaging modes span the gamut from B-mode and M-mode to 4B, colour Doppler modes, pulse wave Doppler modes, with applicability extending to both probe and system-specific scenarios. Telemed’s comprehensive software development kit (SDK), provided optionally, offers a streamlined and expeditious avenue for crafting tailored user interfaces for standalone imaging systems or devices customised for specific applications. Furthermore, it enables the seamless integration of ultrasound capabilities into existing equipment. The SDK, a meticulously curated ensemble of C++ libraries, provides users with unfettered access to a wide spectrum of system parameters. Headquartered in Vilnius, Lithuania, Telemed has been at the forefront of designing and manufacturing ultrasound components and complete scanners since its establishment in 1992. The exceptional quality of its production processes is attested by its adherence to the ISO/EN 13485 quality system, and its products have earned the esteemed US FDA 510k clearance.
Telemed
www.pcultrasound.com
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