MRE SkillBuilder Series
High-resolution imaging of non-conductive samples with GeminiSEM 560
Workshop Overview and Agenda
The ZEISS GeminiSEM 560 is the premier FE-SEM for surface sensitive imaging of “challenging” samples. Its Gemini 3 column enables magnetic field-free imaging below 1kV without any sample biasing, even at the highest resolutions. The end-user benefits from a pronounced ease-of-use in changing and tuning beam conditions and excellent performance, around and well below 1kV. In this workshop, the workflow of imaging various samples notorious for their insulating nature and need for low-kV performance will be covered such as a battery separator, uncoated butterfly wing, positive and negative photoresist, and more. Some background theory and practical steps will be demonstrated on the mentioned samples.
This virtual workshop consists of a single session, streamed live from the ZEISS Microscopy Customer Center (ZMCC) in Dublin, CA. Through screen-sharing from the instrument and multiple cameras, the complete operation of the instrument will be visible as our SEM Application experts cover a full itinerary of training topics as detailed below.
It is recommended that attendees secure time on their instruments after the workshop sessions to apply the shared methods on their own samples. Attendees are strongly encouraged to share their images from individual sessions and interact with our Applications team through independent email threads for further optimization.
Who should attend?
Existing or prospective users of ZEISS SEMs interested in effective approaches for imaging non-conductive and beam sensitive samples, especially at high-resolution
Existing users of ZEISS GeminiSEM 500 or GeminiSEM 560 looking to improve their current skill level to better support and/or train other users
Learning Objectives
- Benefit from a refreshed understanding of how to approach non-conductive and/or beam sensitive samples
- Experience the flexibility in quickly changing beam conditions with little operator intervention
- Gain experience in how to gather high-resolution images on “challenging” samples
This is a paid workshop.
Spots are limited.
Access to a SEM after each day is strongly recommended to apply lessons learned and share results with applications team for further support.
This virtual workshop consists of a single session, streamed live from the ZEISS Microscopy Customer Center (ZMCC) in Dublin, CA. Through screen-sharing from the instrument and multiple cameras, the complete operation of the instrument will be visible as our SEM Application experts cover a full itinerary of training topics as detailed below.
It is recommended that attendees secure time on their instruments after the workshop sessions to apply the shared methods on their own samples. Attendees are strongly encouraged to share their images from individual sessions and interact with our Applications team through independent email threads for further optimization.
Topics
- Overview of GeminiSEM 560 and SmartSEM
- Background theory on addressing insulating samples
- Illustration of flexibility in changing beam conditions with minimal operator intervention
- Workflow for acquisition of samples
- Short Break (5-10 minutes)
- Workflow for acquisition of additional sample
Session
After the workshop sessions, the attendees are strongly encouraged to attempt the methods shown on their own systems with their own samples. Screen sharing sessions to review the data can be setup with the applications team through independent email threads. Our support team will assist in further optimization and answer any questions to help attendees acquire the best data possible.
Joe has been working with and promoting correlative microscopy solutions since 2016. He has been an Applications Engineer with ZEISS since 2020 working primarily with GeminiSEMs and Crossbeams but also has years of experience with ZEISS Xradia Versa systems, ZEISS Orion Nanofabs and ZEISS widefield light microscopes. Joe has a background in mechanical engineering centered around materials science but routinely collaborates with scientists and engineers within the areas of life science (cryogenic applications and otherwise), semiconductor, and battery research areas.
Register for the workshop
This workshop costs $400 per attendee. Please fill out the form below to initiate your registration, and be sure to submit your payment at the link in the automated follow-up email to finalize your registration.
To secure your seat, please submit your payment by August 8th, 2024.