SKYSCAN 1275 also has a high level of automation and excellent usability. Press the button on the control panel to initiate an automatic fast scan sequence, followed by reconstruction and volume rendering. All steps have also been completed when scanning the next sample.
Brand: Brooke
Model: SKYSCAN 1275
Unit: Unit
Packaging instructions: Standard shipping packaging
The SKYSCAN 1275 desktop system is a true 3D X-ray microscopy imaging system designed for rapid scanning of different samples. Thanks to its compact geometric structure and fast flat panel detector, it only takes a few minutes to obtain results. This makes it an ideal choice for quality control and product testing.
SKYSCAN 1275 also has a high level of automation and excellent usability. Press the button on the control panel to initiate an automatic fast scan sequence, followed by reconstruction and volume rendering. All steps have also been completed when scanning the next sample.
The optional 16 bit automatic sampler can be used to achieve unmanned high-throughput scanning.
SKYSCAN 1275 has 3D SUITE supporting software. This comprehensive software package includes GPU accelerated reconstruction, 2D/3D morphology analysis, and surface and volume rendering visualization.
Main features:
XRM for button operation
·Simply manually or automatically insert the sample without any further intervention to obtain a complete 3D volume map.
·The button operated XRM includes all functions: automatic sample size detection, sample scanning, 3D reconstruction, and 3D volume rendering. Suitable for performing routine analytical tasks and also suitable for non professional users.
·Do you need complete control? No problem, SKYSCAN 1275 has all the functions.After being equipped with a sample switcher, SKYSCAN 1275 can operate 24/7 without interruption.
·The automatic sampler can accommodate samples of different sizes, with a maximum sample diameter limit of 96 mm.
·You can easily switch samples at any time without interrupting the ongoing scanning process. The system can automatically detect new samples, and the LED can display the status of each scan: prepared, scanned, and completed.
·Brooke's material testing platform can perform compression tests with an upper limit of 4400 N and tensile tests with an upper limit of 440 N. All test benches can be automatically connected together through the system's rotary table without the need for any external cables. By using the provided software, a scheduled scanning test can be set up.
·Brooke's heating and cooling tables can reach an upper limit of 80 º C or a bottom line temperature 30 º C lower than the ambient temperature. Like other test benches, the heating and cooling benches do not require any additional connections, and the system can automatically identify different test benches.
·By using heating and cooling stages, samples can be tested under non environmental conditions to evaluate the effect of temperature on the microstructure of the samples.
Key applications
Additive manufacturing, also known as 3D printing, can be used to manufacture components with complex internal and external structures. Unlike traditional technologies that require special molds or tools, additive manufacturing can be used to economically produce individual product prototypes as well as to produce large quantities of components. After production is completed, in order to ensure that the performance of the produced components meets expectations, it is necessary to verify the internal and external structures. XRM can perform this type of testing in a non-destructive manner, ensuring that the produced components meet or exceed the specified performance.
·Check for internal voids formed by residual powder
·Verify internal and external dimensions
·Direct comparison with CAD models
·Analyze components composed of a single material and multiple materials
Designing and testing packaging is crucial to ensure that drugs are delivered to patients in a correct and safe manner. XRM can perform rapid testing under non-destructive and sterile conditions to achieve quality control, ensuring that both the production process and the products produced meet the requirements.
·High throughput scanning of medical devices for quality control
·Check the integrity of drug packaging with an upper limit size of 10 cm x 10 cm x 10 cm
·Monitoring and controlling the quality and consistency of internal metal and plastic components
·Measure internal and external dimensions and detect defects
XRM can perform non-destructive testing on different geological materials, from small mineral samples to large-sized rock cores.
·Quantitative analysis of structural parameters such as particle size, open/closed pore size, and connectivity
·Calculate the 3D distribution of mineral phases
·Realize the correlation between sample structure and mechanical properties through in-situ mechanical experiments
·Visualization of fluid flow, crystallization, and dissolution processes in porous media
