Creating the Perfect Cutting Edge
Creating the perfect cutting edge – making use of the advantages of ultrashort pulse lasers with motion, control, and software solutions for precision and dynamic positioning.
- Laser Materials Processing
Laser Materials ProcessingHigh-performance motion and control solutions for improving throughput and precision in laser applications.- Creating the Perfect Cutting Edge
- Synchronized Control of Laser and Motion PathSynchronized Control of Laser and Motion PathKeeping on the right track – simple, fast, accurate, and flexible control in laser materials processing for welding and cutting applications.
- Paving the Way for 5G – Fast & Precise Laser Drilling of MicroviasPaving the Way for 5G – Fast & Precise Laser Drilling of MicroviasPaving the way for 5G – enabling high functional density of printed circuit boards with motion control solutions for laser drilling.
- Improving Speed and Cutting Quality in Stencil ProductionImproving Speed and Cutting Quality in Stencil ProductionMaking the right impression – platform and motion control solutions for high-throughput and high-precision laser-based stencil production.
- Creating the Perfect Cutting Edge
- Electronics ManufacturingElectronics ManufacturingMotion and control solutions for fast and precise positioning, processing, and testing of electronic components.
- Paving the Way for 5G – Fast & Precise Laser Drilling of MicroviasPaving the Way for 5G – Fast & Precise Laser Drilling of MicroviasPaving the way for 5G – enabling high functional density of printed circuit boards with motion control solutions for laser drilling.
- Improving Speed and Cutting Quality in Stencil ProductionImproving Speed and Cutting Quality in Stencil ProductionMaking the right impression – platform and motion control solutions for high-throughput and high-precision laser-based stencil production.
- Paving the Way for 5G – Fast & Precise Laser Drilling of Microvias
- Test & InspectionMeasurement, Test & InspectionThe new dimension of quality assurance – flexible positioning solutions for fast and precise measuring and testing procedures.
- Testing and Improving Image CapturingTesting and Improving Image CapturingTesting and improving image capturing – motion simulation with hexapods for reliable testing and improving image quality. Discover the advantages and the portfolio of hexapods for motion simulation.
- Ensuring Shape Accuracy of LensesEnsuring Shape Accuracy of LensesEnsuring shape accuracy – precision measuring of aspherical lenses – hexapods help to improve precision and speed in the analysis of aspherical lenses.
- Testing and Improving Image Capturing
- SemiconductorSemiconductor ManufacturingPI offers motion and control solutions for the highest requirements of mask, wafer, and optics positioning in semiconductor manufacturing
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Motion Simulation with Hexapods for Reliable Testing and Improving Image Quality.
Taking sharp pictures despite poor lighting conditions, taking snapshots without blurring, recognizing traffic signs and road markings, or identifying dangerous situations with specific systems - all of this is possible today with the help of modern cameras. But how good is the still and video image quality of a camera or smartphone? And how do they compare with models from other suppliers?
End users, manufacturers of smartphones, drones, AR/VR headsets, and cameras, companies in automotive or shipping, and medical and security sectors - they all place high demands on the quality of the still and video images and are looking for answers to these questions to enable innovations in their sectors.
In order to provide answers to these questions, it needs to be tested how well the image stabilization components used can compensate for real movements and so avoid blurred images. For example, position sensors or gyroscopes, acceleration sensors, camera modules or image sensors, LIDAR sensors or devices for operation on board ships are tested.
In the testing procedures thousands of images are taken and evaluated – always under the same conditions! The challenge is not only repeatability, but also to simulate fast movements with different speeds and different sequences of movements - from the shaking hands of the photographer to the vibrations of a vehicle or the flight of a drone.
A task for hexapods. The six-axis positioning systems meet the requirements for motion axes, dynamics, path accuracy, and repeatability; and they simulate real operating conditions precisely and quickly. In close cooperation with the customer, PI analyzes the requirements for the hexapods for the respective test procedure and test object and qualifies them on site for the complex motion profiles. In addition, PI offers a wide range of hexapods and modification options in order to react quickly to changing requirements for test equipment and operating conditions of the cameras.
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