Jacomex G[SAFE] - High Security Glove Box for Hazardous Materials
Specialized glove box for handling toxic substances, hazardous powders, or pathogens. Operates under negative pressure with dual HEPA filtration for total safety.
Xem thêmMineralogy
Automated mineralogy using scanning electron microscope (SEM) has become a dominant approach used in natural resource exploration and process monitoring. AttoMap provides a powerful complement to SEM-based mineralogy approaches by providing 1000X the sensitivity of SEM-EDS for trace elemental mapping. The system’s intuitive software provides AI-based grain segmentation and mineralogical identification.
Life Sciences and Metallomics
AttoMap was originally designed for life science research with support of NIH funding. Applications in the life sciences include studying pathologies (e.g., cancer and Wilson’s Disease) that are hypothesized to be related to dysregulation of trace elements such as iron and copper, the distribution of nanoparticle-based therapeutics after injection, and environmental uptake of contaminants.
Semiconductor
AttoMap has been adopted by leading semiconductor companies for monitoring dopants and ultrathin films on test patterns. The system also provides trace-level measurements of organic contaminants and low atomic number (Z) materials such as B within its vacuum environment. Pattern recognition based software enables unsupervised, recipe-based acquisition of points for high efficiency.
For backend packaging, AttoMap provides high throughput metrology of micropillar dimensions, quantification of voids in microbumps, and rapid identification of defects.
Environmental / Botany
Synchrotron XRF has become a technique of choice for many plant scientists for understanding element distribution. Such studies include metal uptake for photoremediation (reclaiming the environment), nutrient uptake, and genetically modified plants for desirable characteristics such as drought-resistance and improvement to nutritional content.
