Greg Staples, MBA

Advanced imaging technology that provides deeper insights into atomic structure is essential to empower our customers to solve the world’s most pressing challenges, like finding new treatments for diseases, developing sustainable energy sources and much more. With enhanced automation and ease of use our new electron microscopes, the Talos 12 TEM and Scios 3 FIB-SEM, offer scientists in labs of all sizes access to ultra-high-resolution imaging that provides deeper insights to empower researchers of all experience levels to drive discovery and innovation.

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🇨🇦 Qubic Secures $925K CAD Grant to Develop Cryogenic Amplifiers for Scalable Quantum Computing ❄️ Qubic has received a $925,000 CAD grant from Canada’s Innovation, Science and Economic Development (ISED) department and the FABrIC program to support a $2.5M project developing cryogenic amplifiers from quantum materials. Key highlights: 🔹 10,000x reduction in heat dissipation, tackling a critical barrier to scaling quantum systems 🔹 Commercialization targeted for 2026 🔹 Collaborations with University of Waterloo, Institute for Quantum Computing, and the Quantum Nanofabrication and Characterization Facility 🔹 Funding supports prototyping, testing, and pre-seed fundraising efforts These amplifiers could help enable fault-tolerant quantum systems and accelerate practical quantum computing applications. #QuantumComputing #Qubic #Cryogenics #QuantumHardware #DeepTech

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🎉 It's time for another round of celebrations: we've reached the milestone of implanting over 10,000 SMR TT Augmented 360 MBs.​ The SMR TT Augmented 360 is designed to support surgeons in treating cases of glenoid bone loss with a modular, defect-matching solution. The ASAP system instrumentation aims to increase reproducibility and reduce intraoperative time, while the TT (Trabecular Titanium) aims to promote initial reliable fixation and effective osseointegration [4-10].​ Here’s why it stands out:​ 👉 Evolved modularity:​ The modular central peg and circular baseplate allow for adjustable orientation, ensuring a correct positioning based on the patients specific anatomy and pathological wear pattern (11) and are fully aligned with the legacy of the SMR System [1–3]. ​ 👉 Reliable fixation:​ Multiple 3D-printed TT peg and screw configurations help enhance fixation with a versatile, secure design that surgeons can rely on, with optimized maximal surface contact between the baseplate and the glenoid bone without the need for bone grafting (11).​ 👉 Streamlined preparation:​ The ASAP System simplifies on-axis glenoid preparation with sleeve-based instruments. When paired with our circular baseplate and clinically proven, modular TT Peg [4–6], it supports reproducibility and efficiency during surgery, avoiding excessive glenoid reaming which allows preservation of bone stock to fix the glenoid component and accommodate the necessary peg and screws (11).​ 📍 Designed to meet surgical challenges. Engineered for reliable performance. Find out more on our website: https://hubs.la/Q03BNJ4g0 #Enovis #medtech #CreatingBetterTogether

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New product launch🚀: i-Raman NxG Metrohm Spectro have launched their latest instrument, the i-Raman NxG. This new laboratory Raman analyzer is designed for today’s quality control labs: ✅Precise measurements in seconds ✅Measurement in almost any container using a wide range of accessories ✅532, 785, or 1064 nm lasers for method development ✅i-Raman Duo configuration extends Raman measurements Discover how this analyzer can take your quality control to the next level: https://bit.ly/3KG20xk

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