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Carl Zeiss (Shanghai) Management Co., Ltd
Zeiss Advanced Refactoring Toolbox
NegotiableUpdate on 01/19
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Overview
The Zeiss Advanced Refactoring Toolbox is an innovative platform where you can leverage Zeiss refactoring technology to empower your research and improve the return on investment for 3D X-ray microscopes and micro CT. With the help of artificial intelligence and a deep understanding of X-ray physics principles and customer applications, we have successfully overcome challenging imaging challenges through innovative approaches. The optional ART module is based on a workstation and cloud solution, which is easy to obtain and use. Through deep learning algorithms, it fully preserves key subtle features while denoising, making both micro nano scale structures and internal defects of materials clearly visible.
Product Details
ZeissAdvanced Refactoring Toolbox——ART
Zeiss Advanced Refactoring ToolboxAdvanced Reconstruction Toolbox (ART) is avery richAn innovative platform where you can continuously leverage Zeiss reconstruction technology to empower your research and improve the return on investment for 3D X-ray microscopy (XRM) and micro CT (μ CT). These products, with the help of artificial intelligence and a deep understanding of X-ray physics principles and customer applications, have successfully overcome challenging imaging challenges through innovative approaches. The optional ART module is a workstation and cloud based solution that is easy to obtain and use. Including multiple optional modules such as Deeprecon, DeepScout, PhaseEvolve, MARS, etc. New DeepRecon Pro ImageClarity ™ Through deep learning algorithms, key subtle features are fully preserved while denoising, making both micro nano scale structures and internal defects of materials clearly visible.
l Achieve higher resolution, higher contrast, and better image quality in a shorter time
l Improve imaging efficiency
l Suitable for different sample types, sizes, and shapes
l Reduce CT artifacts
l Materials Science
l Life Sciences
l Geological oil and gas
l electronic semiconductor
Chromium nickel iron alloy lattice manufactured by additive manufacturing. In the case of the same number of projected images, using DeepRecon Pro for advanced reconstruction results in better image quality and a 4-fold increase in efficiency. The samples were provided by Kavan Hazeli from the Department of Mechanical and Aerospace Engineering at the University of Alabama in Huntsville, USA.
FCBGA flip chip samples imaged using Zeiss Xradia Ultra. Standard FBP reconstruction (top left) 64 nm/voxel, scan: 1000 projections, 18 hours. Compared to it, DeepRecon Pro reconstruction (top right), 250 projections, 4.5 hours. The image quality is better, and the efficiency has been increased by 4 times.
Zeiss DeepScout: It can obtain high-resolution data of the entire sample image, and the key microstructural features that affect the formation and performance of fuel cell combustion product water are clearly visible.
applicationStandard FDK reconstruction before and after PhaseEvolve: a drug sample composed of large lactose carrier particles and smaller (<1 μ m) active pharmaceutical ingredient (API) particles. The left image has not been processed by PhaseEvolve, and the histogram displays the intensity distribution in the image
MARS can reduce artifacts around implants entering the bone. Metal implants in bones without MARS (left image) will directly form artifacts around the implant, while implants with MARS (right image) have almost no artifacts around the implant.
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