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Neuron Soundware applies machine learning to the sound and vibration a machine makes while it runs. An experienced technician can often hear that a machine is about to fail; the system learns that same signature from data and monitors it continuously, so developing faults are flagged before they become breakdowns.
Radalytica takes X-ray inspection out of the cabinet. In the RadalyX system a robot arm carries the X-ray source and a photon-counting detector around the object itself, an open-geometry approach that means inspection travels to the part rather than the part travelling to a scanner. That makes it possible to inspect objects that are too large, too fixed in place, or too awkward to load into a conventional enclosure.
Lumafield builds accessible industrial CT for engineering and manufacturing teams, pairing a scanner with cloud-based analysis so that looking inside a part is a routine step rather than a specialist service sent out to a lab. Two capabilities set the line apart: conveyor-integrated inline inspection at production throughput, and the ability to scan large parts up to 1000 mm long by 600 mm in diameter.
RX Solutions builds configurable X-ray CT systems for industrial and academic laboratories, where the priority is resolution and flexibility rather than production throughput. The EasyTom line covers three part sizes: EasyTom S for small parts at high resolution, EasyTom L for medium parts with both microfocus and nanofocus sources, and EasyTom XL for large objects up to 720 mm in length. Systems are configurable — up to two X-ray sources and two detectors — so one instrument can combine a microfocus source for general scanning with a nanofocus source for the finest detail, and a flat panel for overall coverage with an sCMOS detector for high-resolution imaging of a small object or a region of interest inside a larger one.
The Neoscan N80 is a high-performance micro computed tomography (micro-CT) system designed for a wide range of research and industrial applications. Some of its key advantages include:
High Resolution Imaging: The N80 can achieve resolutions down to 2 microns "true" low contrast resolution, allowing for detailed 3D visualization and analysis of microscale structures and features.
Versatile Sample Handling: The system accommodates a variety of sample sizes, from small specimens just a few millimeters across up to larger samples up to 100mm in diameter and up to 130mm in length. This makes it suitable for imaging everything from biological samples to engineered materials.
Fast Scanning: Rapid scan times, as low as 15 minutes for some samples, enable high-throughput analysis and time-series studies.
User-Friendly Software: The intuitive Neoscan software provides a streamlined interface for setting up scans, reconstructing 3D data, and performing advanced visualization and analysis.
The Neoscan N70 is a high-performance micro computed tomography (micro-CT) system designed for advanced 3D imaging and analysis. Some of the key advantages of the N70 include:
High Resolution: The N70 can achieve resolutions down to 4 microns "true" low contrast resolution, enabling detailed visualization and quantification of microscale features and structures.
Large Field of View: With a maximum sample diameter of 100mm and length of 120mm, the N70 can accommodate a wide range of specimen sizes, from small samples up to larger objects.
Fast Scanning: Rapid scan times, as low as 15 minutes for some samples, allow for efficient, high-throughput analysis.
Flexible Sample Handling: The system supports a variety of sample holders and fixtures to securely mount different types of specimens.
User-Friendly Software: The intuitive Neoscan software provides an integrated platform for scan setup, 3D reconstruction, visualization, and advanced data analysis.
The N70's combination of high spatial resolution, large field of view, rapid scanning, and user-friendly software make it a versatile micro-CT imaging solution for a wide range of scientific and industrial applications. Its performance and capabilities allow researchers and engineers to gain unprecedented insights into the 3D structure of materials and biological samples.
The Neoscan N60 is an afforable micro computed tomography (micro-CT) system designed for advanced 3D imaging and analysis. Some of the key advantages of the N60 include:
X-Ray Source: up to 65 kV
Spatial Resolution: The N60 can achieve resolutions down to 8 microns "true" low contrast resolution, enabling visualization and quantification of many day to day specimens - showing microscale features and structures.
Large Field of View: With a maximum sample diameter of 19/36mm and length of 60mm, the N60 can scan many different samples - such as teeth, tablets, carbonate, electronics, food samples.
Fast Scanning: Rapid scan times, as low as 15 minutes for some samples, allow for efficient, high-throughput analysis.
Flexible Sample Handling: The system supports a variety of sample holders and fixtures to securely mount different types of specimens.
User-Friendly Software: The intuitive Neoscan software provides an integrated platform for scan setup, 3D reconstruction, visualization, and advanced data analysis.
The N60's affordable price and user-friendly software make it a micro-CT imaging solution for selected scientific and industrial applications. Its performance and capabilities allow researchers and engineers to gain unprecedented insights into the 3D structure of materials and biological samples.
WHERE DOES THE NOISE COME FROM?
Seven Bel’s sound scanners uncover precisely where the acoustic sources of your products or processes are located. The analysis software of the mobile app provides information about the exact distribution of the sound pressure level and frequency content. Discover your product or your use case from a new angle and make targeted decisions on where to begin to get a hold of your acoustic problems.
XARION Laser Acoustics stands out as a pioneering Austrian high-tech company specializing in the development and manufacturing of innovative, laser-based acoustic sensors. Their patented technology, the optical microphone, disrupts the field of ultrasonic inspection by offering a novel, contact-free approach.
