Oxford Instruments and Digital Surf, creator of the industry-standard Mountains surface and image analysis software platform, have announced the release of Relate software for users of Oxford Instruments' tools for materials characterisation.

Hitachi’s new map 3D software based on Mountains Technology is said to open up a world of opportunities for researchers and industrial engineers using Hitachi High-Technologie’s scanning electron microscopy (SEM) systems.

The release of NanoMap Alpha software based on Digital Surf’s industry-standard Mountains software platform has been announced by Nanosystem. NanoMap Alpha is now integrated into the company’s NV- and NVM-series high precision 3D optical measurement systems, thus providing an ideal solution for analysing semiconductors, PCBs, displays, engineered parts, chemical materials, optical parts etc.

The Scanning Electron Microscope (SEM) is widely used in various fields of industry and science and it allows users to see details 1,000 times smaller than a conventional microscope.

MikroCAD software, based on Digital Surf’s Mountains Technology, has been integrated into LMI Technologies’ MikroCAD optical 3D precision measuring systems. Available in two versions, Standard and Professional, the integrated software offers surface imaging, analysis and metrology tools in a smart multi-language user environment, making it possible to produce comprehensive and visual surface metrology reports faster than ever.

Based on Digital Surf’s Mountains Technology, AttoMap software brings 3D imaging of spectroscopic information obtained using Attolight’s CathodoLuminescence (CL) technology. This integrates a scanning electron microscope and a light microscope into high resolution spectroscopy instruments used to characterise semiconductors, solar cells and other nano devices. 3D visualisation makes it easier to locate and characterise features and de...

Having acquired a 100% interest in Image Metrology, Digital Surf has announced that it will join forces with Image Metrology. Operating independently under their existing management, the companies will share their software technologies and know-how to provide best in class image processing and surface metrology software to their respective partners and users.

IEMN and Digital Surf confirm that they have entered into a technical cooperation agreement. IEMN has joined Digital Surf's Mount Shasta technical cooperation programme with internationally reputed laboratories engaged in scientific research. One of the core areas of research at IEMN is the physics of nanostructures and quantum devices.

Confovis and Digital Surf announced that MountainsMap imaging and surface analysis software based upon Digital Surf's industry-standard Mountains Technology will be supplied with Confovis’s ConfoCAM LED grid-confocal measuring systems for industrial quality inspection and research.

Digital Surf announced the release of MountainsMap 6.2 surface imaging and metrology software. The new software integrates Chinese GB/T standard references for surface texture parameter families thereby extending the MountainsMap “right parameters wherever you are” feature to include eight national references in addition to ISO references. It also supports the new ISO 25178-72 (OpenGPS) X3P data format and six other data formats for optica...

Digital Surf a annoncé la sortie de MountainsMap 6.1, la dernière version de MountainsMap, logiciel pour l’imagerie et l’analyse des surfaces pour tous types d’instruments de métrologie, incluant microscope confocal, interféromètre en lumière blanche, microscope à champ proche et profilomètre contact ou sans contact. Avec une vitesse de calcul jusqu’à 16 fois plus rapides qu’en MountainsMap 5.1 et plusieurs nouvelles applicat...

Digital Surf announced the release of MountainsMap 6.1, the latest version of its MountainsMap surface imaging and analysis software for all types of surface metrology instrument including confocal microscopes, white light interferometers, scanning probe microscopes, and contact and non-contact profilometers.