Exum Instruments

More Exciting News! Exum will be hosting a technical poster session at the M&M Conference in Cleveland, Ohio. Dive deep into the future of battery technology with us! 💬 Technical Poster Session: "An Innovative Characterization Tool Accelerates Lithium-Ion Battery Development by Quantitatively Measuring Lithium Distribution in Electrodes" 🗓 Date & Time: Monday, July 29, from 3:00 PM to 5:00 PM EST 📍 Location: M&M 2024 Exhibit Hall Discover how our flagship technology, the Massbox, is revolutionizing lithium-ion battery development. This session will showcase the precision with which the Massbox measures lithium distribution in electrodes, significantly speeding up R&D processes. 🔗 Don't miss out on understanding how our innovative solutions are paving the way in battery material characterization: https://lnkd.in/gfabQ4Ht #M&M2024 #ExumInstruments #BatteryTech #ScientificResearch #LithiumIon #MaterialScience #Massbox

Exciting News! We are thrilled to invite you to our two special presentations at the upcoming Microscopy & Microanalysis (M&M) Conference in Cleveland, Ohio. Join us at Booth #1722 and be part of the innovation that's transforming scientific research and development! 🎤 Presentation 1: "Introducing the Exum Massbox - Characterize Lithium to Uranium" 🗓Tuesday, July 30, from 5:30 PM to 6:30 PM EST 🎤 Presentation 2: "Simplifying Lithium Measurements for Battery Research & Development" 🗓Wednesday, July 31, from 12:00 PM to 1:00 PM EST 🔍 Witness firsthand how the Massbox is revolutionizing approaches in scientific inquiry. Spaces are limited for these engaging sessions, so ensure your spot by contacting Jeff Streger of Rave Scientific today! Don't miss out! #MMConference #ExumInstruments #Massbox #BatteryResearch #RaveScientific

Mapping Mondays: 3D Insights into Graphite Anodes Today's Mapping Monday post showcases how you can transform the Massbox's elemental maps into stunning 3D visuals. 📊✨ In our featured example, the Massbox meticulously analyzed five layers of a graphite anode, covering a substantial area of 1500 microns by 1500 microns using a precise 50-micron spot size. This detailed scan revealed intriguing metallic hot spots embedded within the carbon matrix. 🟢 Vanadium (V) is highlighted in green 🔴 Titanium (Ti) appears in red 🔵 Aluminum (Al) is marked in blue. These hot spots, ranging between 100-200 microns, likely represent contaminant metallic particles. Identifying and understanding the origins of these particles is crucial for battery manufacturers aiming to enhance product quality and performance. A huge shout-out to Mike Marsh and Luke Hunter for their expert assistance in bringing the Massbox data to life with Dragonfly. 🙌 #MappingMondays #Massbox #3DMapping #GraphiteAnode #BatteryTech #MaterialScience #ElementalMapping #Dragonfly #ExumInstruments

🎉 We are teaming up with Rave Scientific and heading to Cleveland, Ohio for the Microscopy & Microanalysis (M&M) Conference July 29th through August 1st!   As pioneers in scientific instrumentation, we can't wait to unveil our latest breakthroughs that support microscopy research at this prestigious event. The M&M conference is renowned for pushing the boundaries of scientific discovery, and we're thrilled to showcase how our innovations are reshaping the field.   Come discover the cutting-edge of microscopy and microanalysis with us! We'll be demonstrating the incredible capabilities of our technology and discussing their wide-ranging applications across industries. Don't miss this chance to connect with industry leaders and gain insights into the future of scientific exploration.   Visit us and see what we are up to at 📍 Booth #1722 Book time with us using the link below: https://lnkd.in/gfxSpwQD #Microscopy #Microanalysis #M&MConference #ExumInstruments #RaveScientific #Massbox

Mapping Mondays: New Case Study Insights! This week on Mapping Mondays, we're excited to release a new case study that highlights crucial advancements in battery manufacturing quality control. For battery developers and manufacturers, sophisticated spectroscopy and microscopy tools are vital for detecting defects such as particle contamination and inconsistencies in electrode composition. Our latest research showcases how the Massbox excels in scanning millimeter-scale electrode areas, pinpointing micron-scale contaminant particles with precision, and diagnosing their origins. A standout feature of the Massbox is its ability to detect all elements present, without needing predefined knowledge. Discover how our advanced technology can enhance your quality control processes and improve battery performance. Learn more about our findings by clicking the link below! https://lnkd.in/gfabQ4Ht #MappingMondays #BatteryTechnology #QualityControl #MaterialScience #Innovation #Spectroscopy #Microscopy #ExumInstruments #AdvancedManufacturing

This is a really powerful case study demonstrating how effective the Massbox is at detecting defects in battery manufacturing. Essential reading for those working on failure analysis in mission critical processes.

🚨 Case Study Alert: Advancing Process Control with Elemental Mapping!   Transitioning next-generation batteries from research to production demands exceptional process control to ensure reliability at scale.    A key challenge? Electrode manufacturing—a critical step where efficiency and precision are paramount.   Our latest study highlights how the Massbox excels in identifying local variations in active materials within silicon carbon composite anodes. These critical insights aid in diagnosing defects that could lead to local overcharging and lithium plating, jeopardizing both performance and safety.   🔍 Discover how elemental mapping with the Massbox can transform your production processes, enhancing both the quality and safety of battery cells. Ready to revolutionize your approach to battery material characterization?   👉 Dive deeper here: https://lnkd.in/gfabQ4Ht   #ElementalMapping #BatteryTechnology #ProcessControl #Massbox #MaterialScience #Innovation #ExumInstruments

Mapping Mondays: Unveiling Lithium Distribution in Cycled Anodes 🔋 What happens to lithium in battery anodes after cycles of charging and discharging? This question is pivotal for developers, especially those working with innovative silicon anode chemistries. In a recent study, we utilized the Massbox to investigate the lithium (Li) distribution in two anodes cycled at different rates. Here’s what we found... -High Li Concentrations: Both anodes displayed regions of high lithium accumulation after discharge. -Charge Rate Impact: The anode cycled at a faster rate showed significantly larger lithium accumulations, with a notable decrease in silicon (Si) concentrations compared to the slower-cycled anode. Understanding these lithium accumulations is crucial as they could lead to lithium plating or other detrimental failure mechanisms. Characterizing these areas accurately is essential for enhancing battery performance, capacity, and overall lifespan. 👉 Dive deeper into our findings and explore how the Massbox is revolutionizing battery material analysis: https://lnkd.in/gfabQ4Ht #MappingMondays #ExumInstruments #BatteryTechnology #LithiumIon #SiliconAnodes #Massbox #MaterialScience #Innovation

Missed Our Latest Webinar? Catch the Replay Now! 🎥 We recently teamed up with Rave Scientific for an insightful webinar, and if you couldn't join us live, here's your chance to catch up! You can now access the on-demand replay and dive into the educational session led by SVP of Business Development Ellen Williams, who expertly covered: LALI-TOF-MS Technique: Understanding the fundamentals of the Massbox’s groundbreaking technology. Case Studies: Exploring compelling examples that demonstrate the Massbox’s impact in materials science and battery development. Interactive Q&A: Ellen addressed a range of questions from the audience, providing deeper insights into our technology’s applications. The webinar extensively covered how the Massbox can be utilized in material development, quality control, failure analysis, and much more. Don't miss out on this opportunity to see how our innovations are advancing the field. 👉 Watch the replay here: https://lnkd.in/gMRJY8X4 #WebinarReplay #ExumInstruments #RaveScientific #MaterialsScience #BatteryDevelopment #Innovation #Technology

Come aboard 'The Orbital Mechanics Podcast' as our founder and CEO dives into the revolutionary Massbox™ and the cutting-edge innovations shaping the future of space technology. Essential listening for tech support and application developers alike. Don't miss out on this insightful exploration! Spotify: https://lnkd.in/gaNaY_Ww Apple: https://lnkd.in/gurwSiiP