sciTEM - sample preparation for electron microscopy

Product Description

The sciTEM is an ultra-low volume liquid handling system specifically configured for dispensing multiple liquid samples onto TEM grids. Its high precision drive system allows for the placement of distinct samples as close as 100 um to each other. The non-contact piezo dispensing technology enables liquid volumes of about 100 pL to be deposited onto fragile surfaces without damage to the sensitive grids. Sophisticated image analysis technology is used to identify TEM grid placement in the holder, and to detect deposition location in either structured or non-structured grids.

This system is particularly well suited to enable high-throughput characterization of nanoparticles. Indeed, traditional analytical methods place a single sample per grid, resulting in a distinct grid loading / unloading cycle for each analysis. With sciTEM, one can place several distinct samples onto a single grid. This results in a number of analysis possible for each instrument grid loading / unloading cycle. Such an increase in analysis throughput capabilities will certainly enable experimentation that was previously impossible, or too costly to implement.

As of August 2017, those working with nanomaterials now have an integrated approach to the imaging and analysis process thanks to a new partnership between nanomaterial software company, FullScaleNANO, and SCIENION.

Through purchase or lease of SCIENION’s sciTEM, customers also will receive a one-year subscription to FullScaleNANO’s  analysis software, NanoMet. NanoMet, is an automatic and connected software program designed for automated image analysis and report generation.

From scientists to manufacturers, the partnership between these two companies will benefit all nano-industry professionals with a streamlined process featuring batch uploading, high throughput, automation and full reporting – a practice that is new and innovative for the entire industry



Technical Information

Piezo dispensing:

Non-contact, drop-on-demand

No. of channels:     

1 (up to 2)

Distance of dispence capillaries:

4.5 or 9 mm increments

Dispensing volume:

50 - 800 pL per drop

Capillary orifice:

50 - 100 µm

Capillary material:

Borosilicate glass

Typical spot size:

80 - 250 µm, depending on surface

Typical pitch (spacing):

100 µm (scalable)

Dispense control:

Integrated horizontal CCD camera


1 source plate (MTP) and

1 target 'sticky' holder for up to 200 TEM grids (120 x 85 mm)

Dimensions (L, W, H) with enclosure:

720 x 960 x 680 mm


120 kg


VAC 110 or 220