The material testing device sets a new standard for quality control of concrete structures. With a wide range of measurement parameters and state-of-the-art technology, this material testing device enables accurate verification of concrete piles, concrete beams, and other components. This innovative material testing device not only provides reliable concrete strength measurements but also detailed error detection, including the size and depth of voids and cracks.
Measurement range: -1677700 µs to +1677700 µs
Resolution: 0.05 µs
Measurement parameters: Concrete strength, error detection, size and depth of voids, cracks
The Material Tester is a special device for checking torque wrenches. A direction of rotation indicator also provides immediate feedback on the current direction of movement. Equipped with a real-time curve function, the Material Tester displays torque values directly on the 7-inch touchscreen, enabling visual monitoring of the measurement data in real time.
The Test Stand is a special device for checking torque wrenches. A direction of rotation indicator also provides immediate feedback on the current direction of movement. Equipped with a real-time curve function, the Test Stand displays torque values directly on the 7-inch touchscreen, enabling visual monitoring of the measurement data in real time.
The Torque Meter is a special device for checking torque wrenches. A direction of rotation indicator also provides immediate feedback on the current direction of movement. Equipped with a real-time curve function, the Torque Meter displays torque values directly on the 7-inch touchscreen, enabling visual monitoring of the measurement data in real time.
The state-of-the-art data logger enables precise real-time measurement in the range of 0.3 μm to 10 μm to provide a comprehensive picture of air quality. The results are presented in two units, either number per 28.3 litres or number per cubic metre. Air sampling from the data logger is done by an internal pump.
Real-time measurement from 0.3 μm … 10 μm
Output in particles/28.3L or particles/m³
Visual and audible alarm when threshold value is exceeded
The state-of-the-art air sampler enables precise real-time measurement in the range of 0.3 μm to 10 μm to provide a comprehensive picture of air quality. The results are presented in two units, either number per 28.3 litres or number per cubic metre. Air sampling from the air sampler is done by an internal pump.
Real-time measurement from 0.3 μm … 10 μm
Output in particles/28.3L or particles/m³
Visual and audible alarm when threshold value is exceeded
The state-of-the-art dust monitor enables precise real-time measurement in the range of 0.3 μm to 10 μm to provide a comprehensive picture of air quality. The results are presented in two units, either number per 28.3 litres or number per cubic metre. Air sampling from the dust monitor is done by an internal pump.
Real-time measurement from 0.3 μm … 10 μm
Output in particles/28.3L or particles/m³
Visual and audible alarm when threshold value is exceeded
The state-of-the-art particle counter enables precise real-time measurement in the range of 0.3 μm to 10 μm to provide a comprehensive picture of air quality. The results are presented in two units, either number per 28.3 litres or number per cubic metre. Air sampling from the particle counter is done by an internal pump.
Real-time measurement from 0.3 μm … 10 μm
Output in particles/28.3L or particles/m³
Visual and audible alarm when threshold value is exceeded
The NDT test instrument sets a new standard for quality control of concrete structures. With a wide range of measurement parameters and state-of-the-art technology, this material testing device enables accurate verification of concrete piles, concrete beams, and other components. This innovative NDT test instrument not only provides reliable concrete strength measurements but also detailed error detection, including the size and depth of voids and cracks.
Measurement range: -1677700 µs to +1677700 µs
Resolution: 0.05 µs
Measurement parameters: Concrete strength, error detection, size and depth of voids, cracks
The Ultrasonic testing device sets a new standard for quality control of concrete structures. With a wide range of measurement parameters and state-of-the-art technology, this Ultrasonic testing device enables accurate verification of concrete piles, concrete beams, and other components. This innovative Ultrasonic testing device not only provides reliable concrete strength measurements but also detailed error detection, including the size and depth of voids and cracks.
Measurement range: -1677700 µs to +1677700 µs
Resolution: 0.05 µs
Measurement parameters: Concrete strength, error detection, size and depth of voids, cracks
The ultrasonic tester / ultrasonic testing sets a new standard for quality control of concrete structures. With a wide range of measurement parameters and state-of-the-art technology, this ultrasonic tester / ultrasonic testing enables accurate verification of concrete piles, concrete beams, and other components. This innovative ultrasonic tester / ultrasonic testing not only provides reliable concrete strength measurements but also detailed error detection, including the size and depth of voids and cracks.
Measurement range: -1677700 µs to +1677700 µs
Resolution: 0.05 µs
Measurement parameters: Concrete strength, error detection, size and depth of voids, cracks
The illuminometer is designed for measuring the luminance of self-illuminating surfaces, such as monitor matrices, TV sets, negatoscopes, reading panels, etc. The illuminometer guarantees an accurate measurement, regardless of the spatial distribution of the measured luminance or the backlighting of the surface to be tested.
The photometer is designed for measuring the luminance of self-illuminating surfaces, such as monitor matrices, TV sets, negatoscopes, reading panels, etc. The photometer guarantees an accurate measurement, regardless of the spatial distribution of the measured luminance or the backlighting of the surface to be tested.
The state-of-the-art air quality particle counting enables precise real-time measurement in the range of 0.3 μm to 10 μm to provide a comprehensive picture of air quality. The results are presented in two units, either number per 28.3 litres or number per cubic metre. Air sampling from the air quality particle counting is done by an internal pump.
Real-time measurement from 0.3 μm … 10 μm
Output in particles/28.3L or particles/m³
Visual and audible alarm when threshold value is exceeded
The Universal Testing Machine is a special device for checking torque wrenches. A direction of rotation indicator also provides immediate feedback on the current direction of movement. Equipped with a real-time curve function, the Universal Testing Machine displays torque values directly on the 7-inch touchscreen, enabling visual monitoring of the measurement data in real time.
The state-of-the-art airborne particle-counting hygiene enables precise real-time measurement in the range of 0.3 μm to 10 μm to provide a comprehensive picture of air quality. The results are presented in two units, either number per 28.3 litres or number per cubic metre. Air sampling from the airborne particle-counting hygiene is done by an internal pump.
Real-time measurement from 0.3 μm … 10 μm
Output in particles/28.3L or particles/m³
Visual and audible alarm when threshold value is exceeded
The state-of-the-art Aerosol particle counter enables precise real-time measurement in the range of 0.3 μm to 10 μm to provide a comprehensive picture of air quality. The results are presented in two units, either number per 28.3 litres or number per cubic metre. Air sampling from the Aerosol particle counter is done by an internal pump.
Real-time measurement from 0.3 μm … 10 μm
Output in particles/28.3L or particles/m³
Visual and audible alarm when threshold value is exceeded
The state-of-the-art Cleanroom Dust Meter enables precise real-time measurement in the range of 0.3 μm to 10 μm to provide a comprehensive picture of air quality. The results are presented in two units, either number per 28.3 litres or number per cubic metre. Air sampling from the Cleanroom Dust Meter is done by an internal pump.
Real-time measurement from 0.3 μm … 10 μm
Output in particles/28.3L or particles/m³
Visual and audible alarm when threshold value is exceeded
The state-of-the-art Measuring device for cleanrooms enables precise real-time measurement in the range of 0.3 μm to 10 μm to provide a comprehensive picture of air quality. The results are presented in two units, either number per 28.3 litres or number per cubic metre. Air sampling from the Measuring device for cleanrooms is done by an internal pump.
Real-time measurement from 0.3 μm … 10 μm
Output in particles/28.3L or particles/m³
Visual and audible alarm when threshold value is exceeded
The Concrete tester / concrete measuring device sets a new standard for quality control of concrete structures. With a wide range of measurement parameters and state-of-the-art technology, this material testing device enables accurate verification of concrete piles, concrete beams, and other components. This innovative material testing device not only provides reliable concrete strength measurements but also detailed error detection, including the size and depth of voids and cracks.
Measurement range: -1677700 µs to +1677700 µs
Resolution: 0.05 µs
Measurement parameters: Concrete strength, error detection, size and depth of voids, cracks
The environmental meter is designed for measuring the luminance of self-illuminating surfaces, such as monitor matrices, TV sets, negatoscopes, reading panels, etc. The environmental meter guarantees an accurate measurement, regardless of the spatial distribution of the measured luminance or the backlighting of the surface to be tested.
The lux meter is designed for measuring the luminance of self-illuminating surfaces, such as monitor matrices, TV sets, negatoscopes, reading panels, etc. The lux meter guarantees an accurate measurement, regardless of the spatial distribution of the measured luminance or the backlighting of the surface to be tested.
The photometer is designed for measuring the luminance of self-illuminating surfaces, such as monitor matrices, TV sets, negatoscopes, reading panels, etc. The photometer guarantees an accurate measurement, regardless of the spatial distribution of the measured luminance or the backlighting of the surface to be tested.
The environmental tester is designed for measuring the luminance of self-illuminating surfaces, such as monitor matrices, TV sets, negatoscopes, reading panels, etc. The environmental tester guarantees an accurate measurement, regardless of the spatial distribution of the measured luminance or the backlighting of the surface to be tested.
The luminance meter is designed for measuring the luminance of self-illuminating surfaces, such as monitor matrices, TV sets, negatoscopes, reading panels, etc. The luminance meter guarantees an accurate measurement, regardless of the spatial distribution of the measured luminance or the backlighting of the surface to be tested.
The high-precision Photometer was developed to perform even the most demanding light measurements with maximum accuracy and reliability. The remarkable accuracy of the chromaticity coordinate (Δx, Δy) of ± 0.005 enables exact colour representation and therefore makes the Photometer ideal for applications in light and colour analysis.
colour rendering index (CRI)
colour coordinates and spectral distributions
correlated colour temperature CCT: 1500 ... 100000 K
illuminance range: 0.1 ... 500000 lx
spectral resolution: ± 0.2 nm
reproducibility: ± 0.5 nm
accuracy of chromaticity coordinate (Δx, Δy): ±0.005
The high-precision Spectrophotometer was developed to perform even the most demanding light measurements with maximum accuracy and reliability. The remarkable accuracy of the chromaticity coordinate (Δx, Δy) of ± 0.005 enables exact colour representation and therefore makes the Spectrophotometer ideal for applications in light and colour analysis.
colour rendering index (CRI)
colour coordinates and spectral distributions
correlated colour temperature CCT: 1500 ... 100000 K
illuminance range: 0.1 ... 500000 lx
spectral resolution: ± 0.2 nm
reproducibility: ± 0.5 nm
accuracy of chromaticity coordinate (Δx, Δy): ±0.005
The high-precision Colorimeter was developed to perform even the most demanding light measurements with maximum accuracy and reliability. The remarkable accuracy of the chromaticity coordinate (Δx, Δy) of ± 0.005 enables exact colour representation and therefore makes the Colorimeter ideal for applications in light and colour analysis.
colour rendering index (CRI)
colour coordinates and spectral distributions
correlated colour temperature CCT: 1500 ... 100000 K
illuminance range: 0.1 ... 500000 lx
spectral resolution: ± 0.2 nm
reproducibility: ± 0.5 nm
accuracy of chromaticity coordinate (Δx, Δy): ±0.005
The state-of-the-art Aerosol meter / Aerosol measuring device enables precise real-time measurement in the range of 0.3 μm to 10 μm to provide a comprehensive picture of air quality. The results are presented in two units, either number per 28.3 litres or number per cubic metre. Air sampling from the Aerosol meter / Aerosol measuring device is done by an internal pump.
Real-time measurement from 0.3 μm … 10 μm
Output in particles/28.3L or particles/m³
Visual and audible alarm when threshold value is exceeded
The state-of-the-art particle counter dust measuring device enables precise real-time measurement in the range of 0.3 μm to 10 μm to provide a comprehensive picture of air quality. The results are presented in two units, either number per 28.3 litres or number per cubic metre. Air sampling from the particle counter dust measuring device is done by an internal pump.
Real-time measurement from 0.3 μm … 10 μm
Output in particles/28.3L or particles/m³
Visual and audible alarm when threshold value is exceeded
The high-precision Chroma Meter was developed to perform even the most demanding light measurements with maximum accuracy and reliability. The remarkable accuracy of the chromaticity coordinate (Δx, Δy) of ± 0.005 enables exact colour representation and therefore makes the Chroma Meter ideal for applications in light and colour analysis.
colour rendering index (CRI)
colour coordinates and spectral distributions
correlated colour temperature CCT: 1500 ... 100000 K
illuminance range: 0.1 ... 500000 lx
spectral resolution: ± 0.2 nm
reproducibility: ± 0.5 nm
accuracy of chromaticity coordinate (Δx, Δy): ±0.005
The high-precision Colour Meter was developed to perform even the most demanding light measurements with maximum accuracy and reliability. The remarkable accuracy of the chromaticity coordinate (Δx, Δy) of ± 0.005 enables exact colour representation and therefore makes the Colour Meter ideal for applications in light and colour analysis.
colour rendering index (CRI)
colour coordinates and spectral distributions
correlated colour temperature CCT: 1500 ... 100000 K
illuminance range: 0.1 ... 500000 lx
spectral resolution: ± 0.2 nm
reproducibility: ± 0.5 nm
accuracy of chromaticity coordinate (Δx, Δy): ±0.005
The high-precision Lux Meter was developed to perform even the most demanding light measurements with maximum accuracy and reliability. The remarkable accuracy of the chromaticity coordinate (Δx, Δy) of ± 0.005 enables exact colour representation and therefore makes the Lux Meter ideal for applications in light and colour analysis.
colour rendering index (CRI)
colour coordinates and spectral distributions
correlated colour temperature CCT: 1500 ... 100000 K
illuminance range: 0.1 ... 500000 lx
spectral resolution: ± 0.2 nm
reproducibility: ± 0.5 nm
accuracy of chromaticity coordinate (Δx, Δy): ±0.005
The high-precision Light Meter was developed to perform even the most demanding light measurements with maximum accuracy and reliability. The remarkable accuracy of the chromaticity coordinate (Δx, Δy) of ± 0.005 enables exact colour representation and therefore makes the Light Meter ideal for applications in light and colour analysis.
colour rendering index (CRI)
colour coordinates and spectral distributions
correlated colour temperature CCT: 1500 ... 100000 K
illuminance range: 0.1 ... 500000 lx
spectral resolution: ± 0.2 nm
reproducibility: ± 0.5 nm
accuracy of chromaticity coordinate (Δx, Δy): ±0.005
The Spectrophotometer is a precise desktop measuring device for objective color testing in numerous industrial and commercial applications. With its D/8° measuring geometry including mirror component (SCI) and a powerful full-spectrum LED light source, our Spectrophotometer records color data in the wavelength range from 400 to 700 nm with a spectral interval of 10 nm.
D/8° measuring geometry with SCI
Measuring aperture Ø 50 mm
7 inch IPS touch screen
12 color spaces - CIE Lab, Luv, LCh, Yxy and others
The Colorimeter is a precise desktop measuring device for objective color testing in numerous industrial and commercial applications. With its D/8° measuring geometry including mirror component (SCI) and a powerful full-spectrum LED light source, our Colorimeter records color data in the wavelength range from 400 to 700 nm with a spectral interval of 10 nm.
D/8° measuring geometry with SCI
Measuring aperture Ø 50 mm
7 inch IPS touch screen
12 color spaces - CIE Lab, Luv, LCh, Yxy and others
