US$ 2,846.00
ex. VAT, ex. delivery costs
The class 1 data-logging decibel meter meets all requirements for noise measurement and frequency analysis. This integrating precision pulse decibel meter complies with all applicable standards and guidelines.
The class 1 data-logging noise meter / sound meter meets all requirements for noise measurement and frequency analysis. This integrating precision pulse noise meter / sound meter complies with all applicable standards and guidelines.
The class 1 data-logging SPL meter meets all requirements for noise measurement and frequency analysis. This integrating precision pulse SPL meter complies with all applicable standards and guidelines.
The class 1 sound level meter meets all requirements for noise measurement and frequency analysis. This integrating precision pulse sound level meter complies with all applicable standards and guidelines.
The color meter PCE-CSM 6 was developed for quality control and offers a high accuracy. When using the color meter, you can choose between different color spaces (CIE L*a*b, CIE L*a*b*C*h). After a measurement with the color meter, the reading can be used as a reference value while other readings can be recorded as a sample and later be compared to the reference value easily. Useful for determining color difference, chromaticity index, color sample database management, and color difference cumulative analysis.
The colorimeter PCE-CSM 6 was developed for quality control and offers a high accuracy. When using the colorimeter, you can choose between different color spaces (CIE L*a*b, CIE L*a*b*C*h). After a measurement with the colorimeter, the reading can be used as a reference value while other readings can be recorded as a sample and later be compared to the reference value easily. Useful for determining color difference, chromaticity index, color sample database management, and color difference cumulative analysis.
The class 1 Condition Monitoring Sound Level Meter meets all requirements for noise measurement and frequency analysis. This Condition Monitoring Sound Level Meter complies with all applicable standards and guidelines.
The class 1 data logger with USB interface meets all requirements for noise measurement and frequency analysis. This integrating precision pulse sound level data logger with USB interface complies with all applicable standards and guidelines.
The class 1 data-logging environmental meter meets all requirements for noise measurement and frequency analysis. This integrating precision pulse environmental meter complies with all applicable standards and guidelines.
The class 1 data-logging environmental tester meets all requirements for noise measurement and frequency analysis. This integrating precision pulse environmental tester complies with all applicable standards and guidelines.
The paint testing equipment was developed for quality control and offers a high accuracy. When using the paint testing equipment, you can choose between different color spaces (CIE L*a*b, CIE L*a*b*C*h). After a measurement with the paint testing equipment, the reading can be used as a reference value while other readings can be recorded as a sample and later be compared to the reference value easily. Useful for determining color difference, chromaticity index, color sample database management, and color difference cumulative analysis.
The class 1 sound level data logger meets all requirements for noise measurement and frequency analysis. This integrating precision pulse sound level data logger complies with all applicable standards and guidelines.
The Spectrophotometer PCE-CSM 6 was developed for quality control and offers a high accuracy. When using the Spectrophotometer, you can choose between different color spaces (CIE L*a*b, CIE L*a*b*C*h). After a measurement with the Spectrophotometer, the reading can be used as a reference value while other readings can be recorded as a sample and later be compared to the reference value easily. Useful for determining color difference, chromaticity index, color sample database management, and color difference cumulative analysis.
The colorimeter PCE-CSM 6 was developed for quality control and offers a high accuracy. When using the colorimeter, you can choose between different color spaces (CIE L*a*b, CIE L*a*b*C*h). After a measurement with the colorimeter, the reading can be used as a reference value while other readings can be recorded as a sample and later be compared to the reference value easily. Useful for determining color difference, chromaticity index, color sample database management, and color difference cumulative analysis.
The IoT sensor roughness tester is used for accurate measurement of surface roughness. The material tester can be used on all surfaces. The roughness is measured precisely with the roughness measuring device via the piezo probe.
The material surface roughness tester PCE-RT 2000BT is used for accurate measurement of surface roughness. The material tester can be used on all surfaces. The roughness is measured precisely with the roughness measuring device via the piezo probe.
The roughness tester PCE-RT 2000BT is used for accurate measurement of surface roughness. The roughness tester can be used on all surfaces. The roughness is measured precisely with the roughness measuring device via the piezo probe.
The profilometer PCE-RT 2000BT is used for accurate measurement of surface roughness. The profilometer can be used on all surfaces. The roughness is measured precisely with the roughness measuring device via the piezo probe.
The roughness tester PCE-RT 2000BT is used for accurate measurement of surface roughness. The roughness tester can be used on all surfaces. The roughness is measured precisely with the roughness measuring device via the piezo probe.
The surface tester PCE-RT 2000BT is used for accurate measurement of surface roughness. The surface tester can be used on all surfaces. The roughness is measured precisely with the roughness measuring device via the piezo probe.
The Bluetooth handheld surface - roughness tester is used to determine surface roughness. The compact roughness tester is a handheld device for mobile use. Due to the power supply via a powerful battery, it can be used directly on site. The roughness tester is used in the laboratory, in production and everywhere where the roughness of surfaces is to be determined.
The Bluetooth IoT sensor - roughness tester is used to determine surface roughness. The compact IoT sensor is a handheld device for mobile use. Due to the power supply via a powerful battery, it can be used directly on site. The IoT sensor is used in the laboratory, in production and everywhere where the roughness of surfaces is to be determined.
The Bluetooth material surface roughness tester is used to determine surface roughness. The compact material tester is a handheld device for mobile use. Due to the power supply via a powerful battery, it can be used directly on site. The material tester is used in the laboratory, in production and everywhere where the roughness of surfaces is to be determined.
The material surface roughness tester PCE-RT 2000-ICA is used for accurate measurement of surface roughness. The material tester can be used on all surfaces. The roughness is measured precisely with the roughness measuring device via the piezo probe.
The Bluetooth handheld surface - roughness tester is used to determine surface roughness. The compact roughness tester is a handheld device for mobile use. Due to the power supply via a powerful battery, it can be used directly on site. The roughness tester is used in the laboratory, in production and everywhere where the roughness of surfaces is to be determined.
The roughness tester PCE-RT 2000-ICA is used for accurate measurement of surface roughness. The roughness tester can be used on all surfaces. The roughness is measured precisely with the roughness measuring device via the piezo probe.
The Bluetooth profilometer - roughness tester is used to determine surface roughness. The compact profilometer is a handheld device for mobile use. Due to the power supply via a powerful battery, it can be used directly on site. The profilometer is used in the laboratory, in production and everywhere where the roughness of surfaces is to be determined.
The roughness tester PCE-RT 2000-ICA is used for accurate measurement of surface roughness. The roughness tester can be used on all surfaces. The roughness is measured precisely with the roughness measuring device via the piezo probe.
