Portable
Portable

Ideal for labs with shared equipment, the miBase BS-43 makes installation and use of your miBots extremely convenient. The platform accommodates samples up to 5 cm (2”) diameter. It offers several mounting interfaces that fit most optical and electron microscopes, and moving from one to another is a matter of minutes. It embeds a MultiBot controller which allows you to run up to 4 miBots with a single piezo driver (syDrive SD-15) and cabling is reduced to the minimum. Electrical signals can be measured or injected at the miBot probe tips by third party instruments by connecting them to the coaxial connectors on the front panel.

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Compact
Compact

Take full advantage of the ultra-small miBot size with platforms specifically designed to minimize their footprint on cluttered experimental setups and environmental chambers. The compact stages are available in various shapes and dimensions that accommodate 1, 2, or 4 miBots. Their mounting interfaces are compatible with standard optical breadboards and microscope stages, allowing you to easily reconfigure your setup for new experiments. Not directly attached to the sample, these stages are ideal for use at low optical working distance. They are also well adapted to contact large substrates mounted on sample holders that are moved by a positioning stage (e.g. wafer chucks, Petri dishes).

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Nanoprobing
Nanoprobing

The nanoprobing platform is a unique solution that turns the miBot nanomanipulators into powerful nanoprobers for in situ electrical characterization of semiconductor devices and advanced materials in SEM. Carefully designed to minimize interferences with measuring signals, leakage currents can be as low as 100 fA/V. Shielded cabling connects each probe from the stage to industry standard feedthrough connectors. This platform allows you to position independently up to 4 probes over a workspace of several millimeters with a resolution up to the nanometer. Last but not least, the stage compact design makes this solution accessible even to those whose microscope has a small vacuum chamber.

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Micro Probe Station
Micro Probe Station

Perform electrical characterization of samples and test devices at micron scale with an easy-to-use computer assisted probing system.

 

Fast, precise and stable

Imina Technologies Compact Solution Packages (PC15-4B) feature 4 ultra-small size miBotTM, our piezo-actuated mobile robots, to independently position electrical probes over millimeters with sub- micron resolution.

Versatile and portable

Components of the solution have been designed to minimize their footprint on experimental setups and get seamlessly installed under upright and inverted light microscopes, vacuum chambers, probe stations, AFM, optical breadboards, etc.

Turnkey

Integrated with Imina Technologies Microscopy Kit (MK18-MAN-4B), the system becomes a turnkey solution for electrical testing and characterization of micron size samples and devices.

Intuitive and safe

The miBotTM are intuitively parametrized and moved with a control pad from PrecisioTM software application, making the experiment at micron scale a breeze and reducing the risk of damaging sensitive samples.

Fully integrated

PrecisioTM software microscopy module
provides common hardware settings like brightness, gain and zoom and functionalities like image snapshot and annotation, dimensional measuring, and video recording.

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