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Our products are innovative developments from the numerous research teams at the Helmholtz-Zentrum Dresden-Rossendorf. They combine scientific excellence with practical applications and are based on many years of research and cutting-edge technological expertise.
The HZDR Innovation Portfolio includes, among other things, multiphase flow sensors, contactless torque sensors, radiation detectors, and magnetic field coils. Depending on your needs, we manufacture these products in small batches according to individual customer requirements or grant licenses for industrial mass production.
In this way, we enable the efficient transfer of innovative technologies into practical applications.
Printed temperature sensors enable precise, flexible, and environmentally friendly temperature monitoring and offer reliable solutions for a wide range of applications.
More informationOur flexible, printable magnetic field sensors enable precise measurements on ultra-thin substrates, whether on flat or curved surfaces.
More informationDBanD is a cost-effective, CMOS-compatible dual-band sensor designed for use with visible light and short-wave infrared, offering easy integration at room temperature.
More informationOur cleanroom laboratory manufactures custom semiconductor components for radiation detectors, high-resolution spectroscopy, diagnostics, and monitoring systems.
More informationHigh-resolution analysis and synchronous measurement data acquisition by grid sensors, needle probes, process microscopes, and clock boxes.
More informationThe Helium Management System (HMS) offers an innovative solution for efficiently monitoring and managing your helium consumption.
More informationROTAX enables precise, automated two-axis alignment of samples under extreme conditions and increases measurement speed and data throughput.
More informationThe Tensormeter measures the complete resistance tensor of thin films with precision, speed, and high resolution—without the need for lithography or complex measurement setups.
More informationOur fluidic technologies enable the creation of precise components and channel structures for applications in process engineering, bio and medical technology, and sensor technology.
More informationThe TSH300 combines helium-ion microscopy with time-of-flight mass spectrometry, enabling elemental analysis with nanometer spatial resolution and the highest precision.
More informationHISSIB is a unique Rutherford backscattering spectrometer with the highest fixed angle for highly sensitive and fast ion backscattering analyses.
More informationHigh-performance, efficient THz sources and detectors for spectroscopy, materials testing, communications, and security technology.
More informationPrecision platforms for demanding optical and magneto-optical measurements: flexible sample access, integrated precision positioning, and seamless labMule connectivity.
More informationA portable pulsed micro-magnet cost-effectively generates pulsed magnetic fields of up to 30 tesla in the laboratory and enables flexible basic research in materials physics.
More informationThe Dresden High-Field Magnet Laboratory conducts experiments at fields exceeding 90 tesla and develops custom-designed pulsed-field magnet coils.
More informationlabMule connects your laboratory instruments, automates measurement workflows, and documents experiments automatically — modular, traceable, and user-friendly.
More informationSimulation of irradiation processes in materials, including ion implantation, backscattering, sputtering, defect formation, and atomic mixing (100 eV–100 keV).
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