Matesy GmbH
Solutions for magnetism, magneto-optics and twist testing. Our core competencies cover the areas of magnetic field visualization and measurement, 3D locating and tracking of magnetic particles, optical structure and profile measurement and twist testing.
- +49 (0)3641 79799 00
- +49 (0)3641 79799 01
- info@matesy.de
- Löbstedter Str. 101-103
Jena, 0774)
Germany
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product
Magnet Testing
m-cat
m-cat is a magnetic field mapper for magnetrons which measures the magnetic stray field data of magnetrons on all three spatial axes and also calculates geometric data. This allows sputtering processes to be monitored and optimized, since the setting or status of the magnetron is critical to the subsequent outcome of the coating process.
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Magnet Testing
RMP Rotor Measuring Station
The RMP Rotor Measuring Station is a universal measuring system for the precise measurement and quality control of multi-pole permanent magnet rotors.
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Magnetic Field Visualization
cmos-magview
The devices of the cmos-magview family are high-resolution and precise measuring and visualization systems for magnetic materials, assemblies and surfaces. Pole distances or other geometric information can be measured down to the µm range.
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Magnet Testing
3MTS – Triple Axis Handheld Teslameter
3MTS is a handy 3-axis teslameter, which was developed in cooperation between Matesy GmbH and SENIS AG.
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Magnet Testing
magtrack
The magtrack makes it possible to detect the absolute 3D position in space as well as the orientation of a magnetically marked particle over a course of time. The magtrack system is modular and can therefore be adapted to any installation and system.
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Magnetic Field Visualization
mageye
Our mobile "magnetic field sensor" allows you to visualize and evaluate magnetic stray fields. Our mageye, matesy’s miniaturized magneto-optical USB microscope, provides information about the magnetic fields on the surface of a wide variety of samples with resolutions in the micrometer range.
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Twist Testing
STT
The STT Shaft Twist Tester is a system designed for quickly testing of twist structures and/or twist-freed condition on shafts in seconds.
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Single Crystal Films
YIG
Due to their very low microwave losses, single crystal ferromagnetic materials such as Yttrium Iron Garnet (YIG) and doped YIG are used for devices in microwave technology.
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Sensors
Magneto-Optical Sensors (MO Sensors)
The highly sensitive magneto-optical (MO) sensors form the basis for visualizing magnetic fields in production and research.
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Magnetic Field Visualization
magview
The magview is a mobile hand-held device equipped with a magneto-optical (MO) sensor for the rapid visualization of magnetic structures and stray fields with the eye.
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YIG
YIG Cubes and Spheres
Iron garnet spheres and cubes (single crystal YIG) with low attenuation and extremely high-quality factor!
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Magnet Testing
Helmholtz Coils
A coil arrangement consisting of two coils with the same radius or edge length is called a Helmholtz coil. At the correct distance, these coils are arranged in parallel on the same axis and current flows through them in the same direction. Their magnetic field is then characterized by a large homogeneous area in the center of the coil, which is freely accessible for experiments and measurement tasks. Helmholtz coils can have a circular or square geometric shape.
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Magnet Testing
m-axis
m-axis is a measurement system that can be used to characterize permanent magnets in terms of their magnetic specifications (magnetic moment and magnetization angle) with high precision. In addition to the four standard measuring ranges, the modular design allows the system to be adapted to customer-specific requirements. The measurement systems can be used for 100% in-line quality control via our m-axis I/O module.
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Magnet Testing
MHLS
The MHLS is extremely flexible to use thanks to its compact and robust design. The development of ever more efficient electric motors in areas such as automotive engineering and wind energy is playing an ever increasing role, where the highest precision and quality of the magnetic components used is crucial, particularly in the energy and mobility transition.
