Skyscan 1273 Price: The SKYSCAN 1273 is a new tabletop 3D X-ray microscope from Bruker that includes micro-CT (micro-computed tomography) technology. The device has so far been able to undertake non-destructive testing (NDT) on samples up to 500 x 300 mm in size and 20 kg in weight. The use of high-quality components such as an X-ray source with high power, high energy, and a large-size flat-panel Detector allows for powerful analysis in seconds.
Features
The SKYSCAN 1273 is equipped with software that allows for standard data collection as well as advanced visualizations and image analysis. Lab space is not wasted due to the system’s small size. (https://www.thenaturalresult.com/) It offers users a low cost of ownership and minimizes system downtime due to its low maintenance requirements and quick functioning.
LARGE FORMAT BUT WORKSPACE SIZE
Large and/or dense objects can be photographed without the need for a larger, more expensive floor-standing model with the SkyScan 1273 High-Capacity Micro-CT. The SkyScan 1273 may be simply placed in practically any laboratory setup because it does not require water cooling or compressed air.
CONSOLIDATE
The SkyScan 1273 is one of the largest desktop micro-CTs on the market, with a chamber size of 1273 mm. Allows for the mounting of objects weighing up to 25 kg without sacrificing rotational precision. A good reputation among clients, as well as continued growth and extension of the company’s product and solution offering. Bruker, a maker of analytical equipment, continues to develop cutting-edge technologies and new solutions for today’s increasingly complex analytical problems.
Industries of Significant Importance
Bruker was based on a simple principle: to provide the best technology for every analytical project. That was more than a half-century ago. Today, almost 6,500 individuals in 90 offices across six continents are trying to tackle this persistent challenge. In a wide range of research and development disciplines, Bruker systems are used to ensure quality and process reliability in all industrial production processes.
A VIEW FROM A DIFFERENT POINT OF VIEW
CONSCIOUSNESS: The SkyScan offset scanning mode, which shifts the detector horizontally to extend the field of view and increase the number of pixel arrays without increasing the working distance, is combined with a Cmos detector with a broad field of vision. The SkyScan 1273 X-ray source provides a desktop high-energy X-ray source for imaging extremely minute structures at high resolution or scaling up with increased power for larger denser objects.
HELICAL SCAN MODE
Helical scanning and reconstruction, in addition to circular scanning, can benefit metal implants and other man-made goods. The HART mode of operation is a type of communication that allows you to send and receive HART, a technology that uses adaptive rotational steps, and allows for faster scanning of high-aspect-dimensional samples. The SkyScan 1273 tabletop 3D X-ray microscope is not only simple to operate, but it is also virtually maintenance-free. As a result, the SKYSCAN 1273 micro-CT system has exceptional uptime and low ownership costs.
STAGES OF THE CONTEXT
Pre-wired in situ stages are included with each system and can be used for in situ dynamic testings. The MTS allows for in-situ compression and tension testing of materials (Materials Testing Stage). Heating and cooling stages are an excellent approach to characterize materials for thermal effects. Because of its best-in-class components, the SkyScan 1273 is a true powerhouse. Thanks to a high-power X-ray source and a flat-panel detector with the best sensitivity and speed, fast and precise imaging is feasible. A thorough scan can be completed in as little as 12 seconds. It’s hundreds of times faster than our previous generation systems!
SOFTWARE
Each user can have their own copy of the SkyScan 3D Software Suite with an unlimited site license, making it easier to manage the workflow of different organizations. Segmented software programs enable post-acquisition reconstruction, analysis, and modeling to be executed on separate workstations, allowing for scanning. Image file outputs are standardized to TIF, BMP, or JPG formats to make viewing, transferring, and duplicating photos as straightforward as feasible.
The SKYSCAN 1273 is a benchtop 3D X-ray microscope that uses micro-computed tomography (Micro-CT) technology. For samples, up to 500 mm long, 300 mm in diameter, and with a maximum weight of 20 kg, a new standard for non-destructive testing (NDT) on a desktop device has been established.
A high-throughput 3D X-ray microscope.
Bruker’s latest benchtop X-ray microscope uses micro-computed tomography (Micro CT) for tabletop 3D X-ray microscopy. A new non-destructive testing (NDT) standard for tabletop equipment can handle samples up to 500 mm in length, 300 mm in diameter, and 20 kg in weight. Because of its high-quality components, the SKYSCAN 1273 is a true powerhouse. A huge flat-panel detector with extraordinary sensitivity and speed can offer excellent image quality from a high-energy X-ray source running at high power in just a few seconds.
Because of its rich software for simple data collection, advanced image processing, and powerful display, the SkyScan 1273 3D X-ray microscope is simple to use. The SKYSCAN 1273 tabletop 3D X-ray microscope takes up very little lab space, is easy to set up, and requires very little maintenance once it’s up and running. With the SKYSCAN 1273, you may achieve high system uptime while lowering your ownership costs.
Here is an example of a case study
If required, the SKYSCAN 1275 can be equipped with an external 16-position sample changer for QC and routine analysis. The sample changer can handle samples with a diameter of up to 96 mm. Scanners do not need to interrupt their job to swap out samples. When the system recognizes a new sample, LEDs indicate the scan’s current status.
XRM with a high level of specificity
The most powerful X-ray technology is included in a new generation of desktop X-ray microscopy based on the tried and true SKYSCAN 1272 platform, elevating the field of XRM to new heights. High-contrast images with good resolution are provided via a 16-megapixel CMOS X-ray detector. Because of the bigger X-ray detector field of view and enhanced X-ray sensitivity, scan times can be cut in half. Genius-Mode on the SKYSCAN 1272 CMOS allows for automatic parameter selection. High-throughput scanning with a 16-sample changer is provided as an option.
Microscopy has taken on a new Meaning
Micro-computed tomography (micro-CT) hardware and specialist software from Bruker are coupled as part of the overall microscopic imaging solution. From micro-resolution benchtops to nano-resolution floor standing instruments, Bruker XRM systems deliver the optimal balance of ease of use and power. Everything from the porosity of geological specimens to the thickness of various coatings on pharmaceutical tablets to the interconnect structure of circuits can be studied using XRM’s fast, multiscale analysis.
The SKYSCAN 1272 CMOS has an add-on called 3D.SUITE. This comprehensive software suite includes GPU-accelerated reconstruction, 2D/3D morphological analysis, and surface and volume rendering visualization. Because of XRM’s non-destructive nature, it is able to validate component integrity, bringing quality control (QC) of production processes like additive manufacturing to a new level.
Bruker’s software, which features intuitive push-button interfaces for novices and experts alike, is ideal for experts who wish to push the boundaries of their samples and technique. The most modern GPU-based algorithms are utilized to obtain results from massive datasets in a fraction of the time. The provided analysis tool package can be used to run both qualitative and quantitative regressions.
