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Robotic Imaging System is an X-ray imaging system that combines single particle counting X-ray imaging detectors for high quality images with the flexibility of collaborative robots.
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Unlike conventional devices, the integration of imaging technologies on six-axis robotic arms gives a high degree of flexibility in monitoring the complex curvature on both sides of the inspected object, allowing non-destructive testing (NDT) to be expanded and improved. Robots allow to scan a sample with the use of X-ray from a different perspective to locate defects more easily, quickly, and better.
One of the major advantages is that the system can be moved to the object to be inspected. This is in sharp contrast to common industrial CT systems where the sample has to fit inside. Our machine can get to the sample.
| Application | Full System, Laser Applications, Testing & Measuring, Combination of x-ray and UT imaging |
|---|---|
| Type of robots/model | UR5e/10e/16e |
| Type of system | Collaborative |
| Mounting | Floor-mounted, Mobile-robot |
| Type of Part | X-Ray Robotic Imaging Systems |
| Other features | High-Precision, Vision system |
| Type of Solution | Imaging System |
| Country of origin | Czech Republic |
| Country of shipment | Czech Republic |
| Vendor | SP008-0134-RA |
| About Vendor | The company is currently the only provider of robotic imaging systems for non-destructive testing. Both research and development are done in-house by a team of highly qualified experts. |
| Comments | Robotic Imaging System is an X-ray imaging system that combines single particle counting X-ray imaging detectors for high quality images with the flexibility of collaborative robots. The key parts of the scanner are two robotic arms with 6 joints. The first arm holds an X-ray tube, the second holds an imaging detector.The robots are moving synchronously so that the mutual position of the X-ray tube and detector remains the same under all circumstances.This platform also allows combining several imaging modalities. Each modality measures various aspects of the part to provide complex inspection. Such modalities range from visible light imaging, UV, IR, to 3D surface scanning, air-coupled ultrasound to 2D X-ray imaging, and CT. |
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Programming
The company provides lectures, displays and shows on automation of production lines, Industry 4.0.
Robot shows are done for companies, universities and schools in several applications such as welding, packaging, palletizing and assembly.
The workforce of the company is qualified and provide individual training programs adapted to the need of their clients
Cutting
The company comprehensively implements the design and production of solutions such as production lines and production stations. They specialize in manual, automated, robotic stations with conveyors. In addition they create manual production stations, partly automated, automated or robotic. Production lines can be offered for the following applications:
– dosage,
– gluing,
– labeling,
– laser marking,
– barcode scanning (barcodes, QR, data matrix),
– pick and place,
– internal transport,
– quality control,
– tightness tests,
– applying glue or grease,
– palletizing, depalletizing,
– packaging.
The company has the know-how to develop and create a modern and ergonomic production line that will optimize production time and a high rate of return on investment.
Integration Service
The company implements mobile robots to support the work of the warehouse, transfer of loading to production lines or in the production line. Possibility to manage a fleet of robots.
Loading
The Kuka KR 180L130 is ideal due to its long robot-reach.
This model is ideal due to its capacity to be used for a large range of applications such as machine tending, palletizing, welding and others.
Full System
The company offers visualization of production processes, production lines, robot stations, warehouses. This is the best base to start new production or optimization the flow in plant.
Assembly
The Kuka KR 150 is ideal due to its long robot-reach.
It is a flexible model, due to its capacity to be used for a large range of applications such as welding, cutting, machine tending and others.
Other types of robots: Delta / Scara.
Finger Material: Silicone
Operating Pressure: -0.5 to 1.0 bar
Grip Force per Finger: 5 N
Durability: >10 Mio. Cycles: @1.0 bar, 0.5 Hz
Feed size: 5 mm – 120 mm
Weight: <450 g
Best for products of circular or cylindrical shape.
Material Handling
The kit was developed out of years of experience in gripper construction. The concept is to assemble the components in perpendicular orientation whenever possible and make only the active element, such as the vacuum cups, the sprue gripper or gripper finger freely adjustable. All channel nut components are compatible.
Testing & Measuring
Robot Components
KUKA linear units are translational motion units Linear units can be used to extend a robot?s work envelope or alternatively to move workpieces or tools within the work envelopes of a number of robots. This allows applications such as the tending of more than one machine or fixture, order picking from rows of pallets, or work on very large components. Control of the linear unit is integrated as a mathematically coupled axis in the robot controller, dispensing with the need for an additional controller.
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