SEMs are capable of imaging many different sample types including semiconductors, metals and alloys, polymers, ceramics and biological samples. Some samples can be more difficult to image and must be ...

The 108 Auto/SE Sputter Coater is the Special Equipment version of the 108 Auto Sputter Coater. The 108 Auto/SE has been planned for use in applications where the coating thickness should have a very ...

The 208HRD High Resolution Sputter Coater from Cressington provides real solutions to the issues faced while coating hard samples for FESEM imaging. Extremely thin, fine-grained, and uniform coatings ...

Scanning tunnelling microscopy (STM) facilitates atomic-scale lithography by hydrogen resist patterning; the technique is especially useful for fundamental processes such as patterned oxidation 1, ...

The sputter system design allows process engineers to adjust a number of parameters to obtain desired results for variables such as grain structure, uniformity, thickness, stress, adhesion strength, ...

A Cressington sputter coater is a vacuum coating instrument used primarily for preparing samples for scanning electron microscopy (SEM) by depositing a thin, conductive layer of metal.

SPI-Module™ Sputter Coater System for precious metals (gold) enables super-fast deposition of thin films of the consistent, fine-grained quality needed for your SEM samples. The unit coats up to 200A ...

Cleantech company NxLite announced today the commercial launch of NxLite L80, which is described as the industry's first low-emissivity (low-E) sputter coating that can be applied to polycarbonate and ...