attocube systems

Join us for our 'Nanoscale Analytics' nano-IR Workshop in Haar (October 14–15, 2025) and connect with fellow researchers at the forefront of nanoscale infrared spectroscopy. 🔬🚀 The event is dedicated to various nano-IR technologies (nano-FTIR, AFM-IR, and Infrared s-SNOM) and offers a unique platform to exchange ideas 💡, explore new applications, and elevate your research through collaboration and hands-on experience.  Whether you're an experienced user or just getting started, this workshop is your opportunity to push the boundaries of science together! Sign up now https://lnkd.in/dNhHTjcU   #NanoIR #InfraredSpectroscopy #AFMIR #nanoFTIR #sSNOM #ScientificWorkshop 

Pushing Boundaries Together 🚀   It was a pleasure to welcome Ben Tordoff, General Manager of WITec (part of Oxford Instruments plc) at the NanoFactory today!   Our collaboration on cryoRaman – combining WITec’s leading Raman imaging technology with attocube’s cryogenic and nanopositioning expertise – is already empowering researchers to explore new frontiers in materials science & quantum technology.   With high-resolution Raman imaging at cryogenic temperatures and under strong magnetic fields, this platform is unlocking exciting new possibilities for scientific discoveries.   Thanks for the inspiring exchange – we’re excited to continue this journey together & shape the future of innovation side by side!   Learn more about cryoRaman here https://lnkd.in/eg6Ayu8z Or watch our joint webinar "Raman Imaging & Spectroscopy at its Limits: Cryogenic Temperatures, Short Wavenumbers, High Magnetic Fields, and Polarization Control" here https://lnkd.in/dd9zHPks #cryoRaman #QuantumTech #Cryogenics #Nanotechnology #ScientificInnovation #attocube

Kelvin Probe Force Microscopy (KPFM) is a very powerful technique for nanoelectrical characterization. In the lab, it is important to select a KPFM mode best suited to your experimental requirements. While amplitude-modulated KPFM delivers supreme signal sensitivity, frequency-modulated KPFM excels in lateral resolution. If you want to learn more, including how to implement different KPFM modes with our cantilever-based atomic force microscope attoAFM I, check out our latest Tech Note from Ankit Sharma & Balazs Sipos https://lnkd.in/gRYE4RDq Visit the attoAFM I page here https://lnkd.in/dq5ZrBPs #KPFM #atomicforcemicroscopy #characterization

🌞🎉 Summer in the city! Last Sunday, we joined the ‘Künstlermeile’ at the SOMMA street festival in Stadt Haar. Our nanotechnology booth was buzzing with curious minds of all ages and there was much to explore: from liquid nitrogen ice cream 🍦, to frozen gummy bears, and exciting experiments, we brought science to life 🧊🔬. Thanks to everyone for stopping by - we really love sharing our passion for science and nanotechnology. 💡✨ And also a big thanks to everyone in the #attoTEAM who helped to turn science, curiosity, and good vibes into this inspiring event! Watch the video & join the fun! #SOMMAfestival #bestteamever #sharingscience 

A new study from the Thomas Taubner group, published in Nature Communications, highlights the power of cryogenic near-field infrared spectroscopy for probing 2D electron systems in oxide heterostructures. Using scattering-type scanning near-field optical microscopy (cryo-neaSCOPE) at just 8 K, the researchers were able to disentangle the effects of carrier concentration and mobility - offering deep insights into nanoscale inhomogeneities. Their measurements revealed distinct infrared “fingerprint” responses in LaAlO₃/SrTiO₃ 2DEGs. This powerful approach holds promise for investigating other confined electron systems, including 2D materials and topological insulators. Read the Nature publication here https://lnkd.in/eb9_Ez4x More info on the cryo-neaSCOPE: https://lnkd.in/eUfYbKT7 #NanoIR #CryoSNOM #OxideHeterostructures #InfraredSpectroscopy #neaSCOPE

Last Wednesday, we had the pleasure of welcoming Farough Roustaie and a group of dedicated students from the Department of Electrical Engineering and Information Technology at TU Darmstadt to the Nanofactory. As part of their course on Practical Development Methodology, the students explored innovative approaches to product development — and we had some great conversations along the way. Thanks for your curiosity, your questions, and your energy (after a long train ride)! We love sharing what we do - from the first spark of an idea to the final implementation - and learning from the fresh perspectives of the next generation of developers. We’re already looking forward to the next exchange! 🙌 #Nanofactory #InnovationInAction #SharingKnowledge #NewPerspectives

Thank's to everyone for joining the Quantum Business Network (QBN) Photonic Quantum Technologies Meeting and our after-work get-together yesterday! 🙏 It was a true privilege to host such a dynamic group of professionals and scientists from across industry and academia - each bringing unique insights and a shared drive to push the boundaries of quantum technologies on step further. The event and discussions were truly fruitful – thanks to everyone for sharing your ideas, explore collaboration opportunities and all the engaging conversations. We are all perfectly set now to start off for an exciting expo week at World of Quantum! Visit us at booth booth A1/213!   A special thanks to Johannes Verst from QBN for organizing this event with us! Looking forward to the next one already ✨ #QuantumTechnologies #Photonics #QBN #attocube #QuantumCommunity

6 DoF Position Tracking and Control of Precision Stages High-precision, high-speed XY-stages are essential for miniaturization in semiconductors, optics, photonics, and machine tooling. However, achieving accurate positioning near the Point of Interest (POI) remains a challenge - especially in all 6 DoF at high speeds and over long ranges. Conventional interferometers often fall short due to bulk and bandwidth limits. Visit our OEM page & learn how the IDS3010 tackles this challenge https://lnkd.in/d_v6GmuF #PrecisionEngineering #Photonics #Semiconductors #MachineTooling #Interferometry #Miniaturization #XYStages #IDS3010

 Advancing Quantum Sensing 💎   This week, we had the pleasure of welcoming our partners Gabriel Puebla-Hellmann and Andrea Morales from QZabre LLC at the NanoFactory. The day was filled with an inspiring exchange and our shared passion for innovation, pushing the joint development of our cryogenic NV magnetometer one step further.   Thanks for visiting - we are looking forward to shaping the future of cryogenic quantum sensing side by side. Stay tuned!   #QuantumSensing #Cryogenics #NVmagnetometry #QuantumTechnology

🔬 Nanoscale Analytics nanoIR Workshop on Soft Materials at KTH, Stockholm We had the pleasure of co-organizing the nanoIR workshop at Kungliga Tekniska högskolan Royal Institute of Technology. The event gathered both experts and newcomers to explore nanoscale infrared imaging and spectroscopy of biological and polymer materials. Live demos, hands-on sessions, tutorials and scientific presentations highlighted the power of nanoscale chemical characterization on soft materials. Thanks to the local organizers Magnus Johnson and Andreas Barth and all others who contributed! It was a truly enspring event! Checkout for more Nanoscale Analytics events & exhibitions: https://lnkd.in/gFmPgw_6 #nanoIR #sSNOM #neaSCOPE #softmaterials #nanomaterials