"Dear network, We are inviting applications for a PhD position at Politecnico di Milano on Additive Manufacturing of Tungsten for Nuclear Fusion, in close connection with TEF - Tech Europe Foundation and industrial partners. This project aims to process structural tungsten by laser-based additive manufacturing and sits at the boundary between #Metallurgy and #LaserEngineering. We looking for a curious and rigorous student interested in laser processing, additive manufacturing, thermo-mechanical modelling, refractory metals, cracking, in the context of application for nuclear fusion. This project will be carried out at the SITEC Laboratory, which offers a rich international scientific environment and access to state-of-the-art laser facilities. We will also place the PhD student in close collaboration with international and industrial partners, providing opportunities to gain experience with technologies beyond additive manufacturing. Application deadline: 01/07/2026 Expected start: September 2026 🔗 Further information and application details: polimi.it/en/phd/prospective… #PhD #AdditiveManufacturing #Tungsten #NuclearFusion #LaserProcessing #PolitecnicoDiMilano #TEF Don't hesitate to get in touch."-Prof. Marco Simonelli

👏 New Publication Reactive Experimental PIV Analysis of Pulsating Flow Exiting from Cyclic Deflagrative Pressure Gain Combustion 🔗 brnw.ch/21x3g6v @PoliTOnews @UnivPoitiers #ibletstructures #dragreduction #laserprocessing #ranssimulation #windtunnelmeasurements

Notable Paper in Q1 👉 mdpi.com/3733426 📑 Scanning-Based Dynamic Mask Projection for Ultrafast Laser Ablation of Thin Films 👥 Jonas Amann et al. #Nanomaterials #Nanotechnology #LaserProcessing #ThinFilms #Microfabrication

Precision you can count on. 🎯Hamamatsu’s LCOS‑SLMs deliver stable, kW-class processing for real‑world production—whether it’s laser processing, additive manufacturing, or in‑line optics. Easy PC integration and wavelength‑matched options make repeatable beam shaping simple at scale. ow.ly/mJk050YzHHc #LCOSSLM #SpatialLightModulator #LaserProcessing

Can pulsed laser ablation be scaled more efficiently? A multi-beam setup reduced cavitation-bubble shielding and raised HEA nanoparticle productivity by ~2–3× while maintaining similar particle sizes. Read more: mdpi.com/2679054 #LaserProcessing #HighEntropyAlloys

🔔 #CallForPapers 🔔 Advances in Laser Processing for Functional Coatings and Surface Modification 📌 Submit here: mdpi.com/journal/coatings/sp… 📆 Deadline: 20 April 2026 ❗ #MDPI #OpenAccess #Coatings #SpecialIssue #LaserProcessing #FunctionalCoatings #SurfaceModification

【Meet PolyU's Visionary Minds】 At PolyU, brilliant minds tackle global challenges and shape the world of tomorrow. Today, we are proud to spotlight Professor H.C. Man — a pioneer in advanced manufacturing technologies who embodies PolyU's motto: "To learn and to apply, for the benefit of mankind." Prof. Man is renowned for his pioneering work in high-power laser materials processing. His research harnesses laser beams for welding, cutting, drilling, engraving, micromachining, surface engineering, and 3D printing—transforming manufacturing processes across industries. For many years, Prof. Man was also the world-leading author in terms of the number of publications on cavitation corrosion. Furthermore, he established PolyU's first high-power laser materials research centre with cutting-edge equipment unique to Hong Kong and the Chinese Mainland at the time, leading to impactful innovations in dissimilar alloy welding, precision welding, wear-resistant cladding, and the surface treatment of biomedical implant treatments. His contributions extend from academia to real-world applications. Widely cited in laser processing, Prof. Man's recent focus on laser additive manufacturing of metallic components addresses key barriers to high-quality, cost-effective 3D printing. Looking ahead, he is developing alternative methods for high-speed, low-cost production of critical engineering components and biomedical implants, driving the next era of reliable additive manufacturing. He is also active in carrying out high-level consultancy work for local industries and has good relations with the industrial sectors, making a positive impact on society. In recognition of his outstanding achievements, Prof. Man has been elected Fellow of the Hong Kong Academy of Engineering, the Laser Institute of America, and the Institute of Materials, Mining and Minerals, UK. 👉 Explore more about Prof. Man's groundbreaking research and achievements here: polyu.hk/hfDjf #TheHongKongPolytechnicUniversity #PolyUResearch #PolyUAcademicians #AdvancedManufacturing #LaserProcessing #3DPrinting #LaserInstituteofAmerica #IOM3 #HongKongAcademyofEngineering

View this #Spotlight by Johann Toudert of Holographic laser processing with axial beam shaping optimized in optical system bit.ly/4p8PDsS #LaserProcessing #BeamShaping @uukouhou

The laser cutting from the other day resulted in this😺 By making this channel material into a fitted structure, we're making the temporary assembly for welding easier🐾🐾 #LaserProcessing #welding #Kendensha 先日のレーザーカットはどの様なことになるかと言うとこれです。 このチャンネル材を嵌め込み構造にする事で溶接の仮組を楽にする様にしています。

🔥 Big things are happening in quantum tech! $QCLS — Quantum-Class Computing just unveiled its exclusive qc-LPU100™, a next-gen Quantum-Class Laser Processing Unit that could redefine performance standards ⚡️ Get ready for a real disruption 👀 #QuantumComputing #QCLS #qcLPU100 #TechInnovation #QuantumTech #Photonics #LaserProcessing #AI #Semiconductors #NextGenTech #Futurism #DataRevolution #ScienceNews #JapanTech #OtakuTech #TokyoInnovation #QuantumJapan #TechTrends #Startups #HighTech

Do you need customized laser cutting machine? #FlexPrintedBoardCutting #HDIdrilling #PCBcontourCutting #LongCircuitEtching #LaserProcessing #PrecisionMachining #LaserCutter #BeyondLaser

⚠️ Tomorrow, don’t miss the joint @OPeraTICProject & @Fab3D_Project Workshop: Dynamic #BeamShaping in #LaserProcessing — precision, efficiency & flexibility! 📆 16/10 | 14:30h CET 📍 AIMEN Laser Applications Centre / 💻 Online: teams.microsoft.com/meet/310…

AMADA VENTIS-AJe, proven innovation that continues to set the industry standard. The secret is Locus Beam Control (LBC), a dynamic system that controls the laser beam pattern for every material and thickness. This delivers real, ongoing competitive advantages for your business. ✅DROSS-FREE CAPABILITIES: Achieve industry-first dross-free quality on mid-thick stainless steel and aluminium, eliminating the need for secondary cleanup. ✅HIGHER SPEED & EFFICIENCY: Get performance comparable to much higher power lasers, but with significantly lower power consumption. ✅SUPERIOR QUALITY: Flawless edges and maximum throughput, day after day. #amadauk #ventis #lbctechnology #laserprocessing #manufacturing #innovation #sheetmetalfabrication

According to a new report, the global laser processing market is projected to reach $42.73B by 2030. We're excited to be part of this transformation because our lasers are: 1. Precise & consistent. 2. Automation-ready 3. Efficient & Cost-Effective Learn more: lnkd.in/emhgJj5U #LaserProcessing #Automation #LaserPhotonics

New EPIC member, @Agile Manufacturing GmbH (AMG), delivers laser-based manufacturing systems through a flexible, pay-per-use model—no CAPEX, no long-term commitment. Their systems for laser cutting, laser marking, and 3D printing are mobile, deployed within days, and require minimal setup or training. Quality and process control are managed by Agileon, AMG’s AI platform that optimizes machine settings and analyzes production data in real time. With Agile Manufacturing, companies can access high-end laser processing on demand—scalable, intelligent, and easy to deploy. 🔗 agile-manufacturing.de/en #EPICmembers #photonics #laserprocessing #3Dprinting #lasercutting #lasermarking #AIinmanufacturing #manufacturingasaservice #industrialphotonics #photonicseu

ミトリカでは新型レーザー加工機を導入しており、切断、型抜き、孔加工、マーキングが行えます。孔寸法は最小φ0.1mmの微細孔も可能です。詳細は公式ウェブサイトよりお気軽にお問合せください。 #レーザー加工 #レーザーマーキング #レーザーカッター #型抜き加工 #微細加工 #laserprocessing

Timelapse fans, this one’s for you! 👇 Watch our newest laser system become fully integrated into the heart of our European manufacturing plant, reinforcing our ongoing investment in innovation. Read more: ow.ly/OTAM50Wiara #Mazak #Laser #LaserProcessing

Next week we will meet at @PHOTONICSWORLD! During your visit, secure time to attend the EPIC Technology Workshop on #Laser #Micromachining Applications that we are organising in collaboration with @amstechnologies. Thanks to our sponsors @3DMicromacAG and Wavelength Opto-Electronic. And a special thanks to PhotonHub for their support! #photonics #laserprocessing #EPICMembers

Excited to share our new paper in Advanced Functional Materials (@AdvPortfolio)! We demonstrate a laser-based method to directly pattern films made of 2D materials like graphite and WSe₂ — no photolithography, no solvents. #2Dmaterials #LaserProcessing doi.org/10.1002/adfm.2025074…

📢 Nanomaterials is accepting submissions for the Special Issue 'Laser-Based Nano Fabrication and Nano Lithography: Second Edition'. For more details and submission guidelines, visit: mdpi.com/journal/nanomateria… #Nanomaterials #Nanofabrication #Nanolithography #LaserProcessing