
Control the experiment. Understand the result.
Advanced in situ microscopy depends on direct control of the physical conditions surrounding and acting on the sample. Hummingbird Control™ provides the software tools to operate Hummingbird Scientific holders, controllers, stages, gas systems, heating systems, biasing platforms, nanomanipulators, and other specialized microscopy hardware.
Each interface is built around the variables and operating requirements of the corresponding system. Researchers can adjust supported parameters, monitor system response, and follow changing experimental conditions in real time.
Available controller history and experimental-state data may include commanded values, measured values, timestamps, alerts, and errors. By linking this information with microscope observations, Hummingbird Control™ provides the context needed to evaluate how applied conditions influenced the observed response.

Hummingbird Control™ software
Different Hummingbird products require different controls. Hummingbird Control™ provides application-specific software for operating each holder, controller, or in situ system. Select a control interface to explore its available controls, monitored conditions, experimental-state data, and workflows. Capabilities vary by product and configuration.
Control double-tilt holder positioning for advanced crystallographic, diffraction, tomography, and orientation-sensitive TEM experiments.
Common applications: diffraction alignment, zone-axis orientation, crystal studies, tomography, and atomic-resolution imaging.
Coordinate temperature control and electrical biasing for advanced experiments requiring controlled thermal and electrical conditions.
Common applications: cryogenic materials research, electronic devices, phase transitions, semiconductor studies, biasing experiments, and temperature-dependent microscopy.
Manage more complex gas delivery workflows involving multiple gas channels, gas switching, environmental control, and process monitoring.
Common applications: gas mixing, reactive environments, catalysis, oxidation/reduction cycles, energy materials, and advanced environmental TEM workflows.
Single-channel gas delivery software for in situ electron microscopy, enabling precise pressure control, purge operation, and real-time monitoring of gas environments.
Control precision nanomanipulation systems for positioning, probing, contacting, and interacting with samples inside the electron microscope.
Common applications: nanowire testing, device characterization, electrical probing, material manipulation, and nanoscale mechanical interaction.
Control heating experiments under vacuum conditions with precise temperature management, monitoring, and experiment recording.
Common applications: annealing, phase transformations, thin-film studies, thermal stability, materials processing, and high-temperature TEM.
Manage temperature control for liquid-cell TEM experiments involving reactions, growth processes, electrochemistry, and dynamic liquid-phase studies.
Common applications: nanoparticle growth, electrochemistry, corrosion, biological systems, soft materials, and liquid-phase reactions.
Combine controlled heating with gas-environment experiments for advanced in-situ environmental TEM research.
Common applications: catalysis, gas-solid reactions, oxidation, reduction, thermal processing, energy materials, and reactive environmental microscopy.
Hardware and software developed together
Hummingbird Scientific develops its control software around the hardware it operates. Each interface reflects the actual holder, controller, sensors, actuators, operating ranges, and experimental requirements of the system.
This integrated approach supports specialized workflows across:
- In situ TEM and STEM
- Environmental TEM
- Liquid-cell TEM and SEM
- Gas-cell microscopy
- Heating and cooling experiments
- Electrical biasing and electrochemistry
- Cryogenic microscopy
- Tilt and specimen positioning
- Nanomanipulation
- Custom experimental systems
Explore Hummingbird products to see the control software, capabilities, and workflows available for each system.

From physical experiment control to an open, connected workflow
Hummingbird Control™ provides the experiment-control and monitoring capabilities within Colibri Platform™. It controls and monitors Hummingbird hardware, giving researchers direct control over the conditions applied to the sample and visibility into the system state throughout the experiment.
From there, Hummingbird Connect™ supports integration with OEM and customer-selected software environments, while Colibri’s open-data approach keeps available experimental information useful across analysis, automation, institutional systems, Python workflows, and future AI environments.
Hummingbird Connect™
Connect Hummingbird systems with OEM software
Open data management
Use your data in the tools and systems you choose

Find the right software for your experiment
Hummingbird Control supports in situ microscopy systems used across battery materials, catalysis, electrochemistry, semiconductors, electronics, synthesis, low-dimensional materials, quantum materials, and biological and soft-material research.
Tell us about your microscope, holder, application, and experimental goals, and we can help identify the control software and hardware configuration best suited for your research.

Frequently asked questions
Hummingbird Control™ Software is a family of software tools designed to operate Hummingbird Scientific holders, gas systems, heating systems, biasing platforms, nanomanipulators, and other in-situ microscopy accessories.
Hummingbird Control™ Software includes multiple application-specific tools. Each software product is designed around a specific holder, system, or experiment type.
Our Hummingbird Control™ Software are listed below:
Hummingbird Scientific offers software tools for Gas TEM, single-channel gas delivery, multichannel gas delivery, double-tilt control, cryo-biasing/heating, nanomanipulation, vacuum heating, liquid heating, and gas heating workflows.
Our Hummingbird Control™ Software are listed below:
Many Hummingbird Control™ Software tools support data logging, monitoring, visualization, and export depending on the system configuration.
Compatibility depends on the microscope manufacturer, model, holder type, control hardware, and application requirements. Contact us to discuss your configuration.
Hummingbird Control™ Software operates Hummingbird Scientific hardware. Hummingbird Connect™ supports broader connectivity discussions between holders, microscope platforms, software environments, and laboratory workflows.


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