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LPM 2026 - The 27th International Symposium on Laser Precision Microfabrication

Tescan will participate in LPM 2026, held June 9-12, 2026, in Greenville, North Carolina. The event is hosted by Clemson University and focuses on laser–matter interaction, laser materials processing, and future developments in precision microfabrication. 

June 09-12, 2026

About the Event

The LPM symposium provides a forum for researchers, industrial users, and laser manufacturers to exchange knowledge on fundamental mechanisms and applied techniques in laser precision microfabrication. Topics include state-of-the-art processing methods and emerging directions in laser-based manufacturing and materials engineering.

Tescan at the Event

Tescan will contribute as a speaker, presenting work based on the Tescan FemtoChisel™ platform. The focus is on ultrashort-pulsed laser microfabrication for advanced materials applications.

At the conference, Tescan presents:

Ultrashort-Pulsed Laser Microfabrication Toolkit for Advanced Materials: High-Fidelity Microholes, Laser-First Lamella Preforms, and Wettability-Engineered Glass Surfaces

The presentation addresses practical approaches to:

  • High-fidelity microhole fabrication

  • Laser-first lamella preforms for downstream microscopy workflows (e.g., FIB-SEM sample preparation)

  • Surface modification of glass for controlled wettability

The content is relevant for workflows involving precision material removal, structuring, and preparation prior to microscopy or analytical techniques.

Agenda / Program

June 09, 2026 | Tescan FemtoChisel: Ultrashort-Pulsed Laser Microfabrication Toolkit for Advanced Materials: High-Fidelity Microholes, Laser-First Lamella Preforms, and Wettability-Engineered Glass Surfaces

Speaker: Pouya Tavousi, Head of AI and Advanced Solutions, Tescan Group

What You Will Learn

  • Principles of ultrashort-pulsed laser microfabrication

  • Strategies for producing high-quality microstructures in advanced materials

  • Integration of laser processing with sample preparation workflows for microscopy

  • Approaches to improving reproducibility and process control in laser-based fabrication

Who Should Attend

  • Researchers in materials science and microfabrication

  • Users ofFIB-SEM, SEM, and related sample preparation techniques

  • Specialists in laser materials processing

  • Engineers working with advanced materials and surface modification

Why Attend

This session provides a technical overview of how ultrashort-pulsed laser processing can be applied to practical microfabrication and sample preparation challenges. It is particularly relevant for users seeking to integrate laser-based methods into existing microscopy or materials analysis workflows.

Registration

Registration is available via the official event website:

Register Now for the Event

Tescan team will be available on-site for discussions and meetings.

Our Speakers

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Pouya Tavousi


Pouya Tavousi is Head of AI and Advanced Solutions at Tescan and previously co-founded FemtoInnovations, which was acquired by Tescan in 2025. He leads advanced solution development at the intersection of ultrafast laser micromachining, correlative microscopy, and AI-enabled laser processing and image analysis. His work focuses on automating end-to-end workflows that fuse multimodal imaging with data-driven navigation, and on developing software that enables high-throughput sample preparation for advanced microelectronics - including decapsulation, delayering, and large-area cross-sectioning - for failure analysis and metrology. 

Book a Meeting

Book a Meeting

Tescan at SEMICON Korea 2026

Booth D904

COEX Convention & Exhibition Center
513 Yeongdong-daero,
Gangnam-gu, Seoul 06164,
South Korea

semicon-korea-floor-plan