Hummingbird at Microscopy and Microanalysis 2026
Hummingbird Scientific offers a world-leading product line of in-situ TEM, (FIB-)SEM and X-Ray sample holders for materials research.
Visit Hummingbird Scientific’s Booth# 918 at M&M 2026 from August 2nd to 6th, 2026, at the Baird Center in Milwaukee, WI, to discuss our NEW and Featured products:
NEW Gas Plasma
Operando plasma generation in atmospheric gaseous environments for in-situ TEM studies of plasma–material interactions
- High voltage biasing leads up to 1kV
- Top and bottom anode and cathode for homogeneous plasma in the field of view
NEW High Pressure Gas
Recreate industrial reaction environments inside your TEM with gas pressures up to 20 bar and closed-loop MEMS heating combined with TEM/SEM/X-ray multi-modal characterization
- Operable pressure extended up to >20 bar
- Microfabricated chips for sample heating up to >1000°C
- TEM/SEM/X-ray multi-modal characterization
Optical Gas
Investigate light-stimulated gas–solid interfacial transformations inside your TEM with atomic-resolution in-situ imaging under controlled gas environments and closed-loop heating.
- Fiber optic with 100 to 2000 nm bandwidth
- Up to 2 bar and >1000 °C
- Optimized for EDS and EELS
These new products expand the capabilities and application space of our gas holder platform. Alongside these innovations, Hummingbird Scientific continues to advance a broad portfolio of in-situ solutions for liquid and gas environments, including:
Generation V Bulk Liquid Electrochemistry
First in-situ liquid-phase TEM platform designed to reproduce true bulk electrochemical behavior inside the TEM. Unlike conventional liquid-cell TEM systems that use patterned on-chip electrodes, it incorporates off-chip bulk reference and counter electrodes to deliver electrochemical measurements that closely match benchtop experiments while enabling simultaneous nanoscale imaging.
Hummingbird Advantages:
- Bulk reference and counter electrodes allow direct extrapolation of observed growth pathways to bulk synthesis process design.
- Robust off-chip electrodes minimize electrode degradation over many electrochemical cycles.
Exhibit hours:
Mon, Aug 3 | 12:00 PM - 5:30 PM
Tues, Aug 4 | 10:00 AM - 5:30 PM
Wed, Aug 5 | 10:00 AM - 5:30 PM
Thu, Aug 6 | 10:00 AM - 2:00 PM
See us at the poster session: P06.P1
In-situ Gas Cell Electron Microscopy and Spectroscopy of Heterogenous Catalysts at High-pressure and Temperature
When: Monday 08/03 | 3:00pm – 5:30 pm
Where: Exhibit Hall