Numerous specialized digital probes can be connected to the Automotive Tester. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method for the Automotive Tester allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Automotive Tester. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method of this Automotive Tester allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Car Measuring Device. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method for the Car Measuring Device allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Car Measuring Device. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method of this Car Measuring Device allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Coating Thickness Gauge. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method for the Coating Thickness Gauge allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Coating Thickness Gauge. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method of this Coating Thickness Gauge allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Material Tester. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method for the Material Tester allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Material Tester. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method of this Material Tester allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Material Thickness Meter. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method for the Material Thickness Meter allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Material Thickness Meter. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method of this Material Thickness Meter allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Paint Gauge / Paint Tester. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method for the Paint Gauge / Paint Tester allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Paint Gauge / Paint Tester. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method of this Paint Gauge / Paint Tester allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Paint Test Equipment / Paint Testing Equipment. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method for the Paint Test Equipment / Paint Testing Equipment allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Paint Test Equipment / Paint Testing Equipment. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method of this Paint Test Equipment / Paint Testing Equipment allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Surface Testing. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method for the Surface Testing allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Surface Testing. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method of this Surface Testing allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Thickness Gauge. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method for the Thickness Gauge allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Thickness Gauge. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method of this Thickness Gauge allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Thickness Meter. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method for the Thickness Meter allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Thickness Meter. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method of this Thickness Meter allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

The Force Gage PCE-DFG N 20K measures both tensile forces and compressive forces with a very high resolution and sampling rate. The Force Gage helps to determine the yield strengths, the tear-off force, and is used wherever acting forces have to be documented.

The Force Gauge / Digital Force Gauge PCE-DFG N 20K measures both tensile forces and compressive forces with a very high resolution and sampling rate. The Force Gauge / Digital Force Gauge helps to determine the yield strengths, the tear-off force, and is used wherever acting forces have to be documented.

The Tensile Tester records both tensile and compressive forces with extremely precise accuracy. Tensile and compressive forces are frequently measured in test laboratories, for example to determine yield points, tear-off force, or the force required to actuate buttons or switches. The Tensile Tester is supplied with an external measuring cell and can measure forces of up to 1,000 N.

The force measuring device records both tensile and compressive forces with extremely precise accuracy. Tensile and compressive forces are frequently measured in test laboratories, for example to determine yield points, tear-off force, or the force required to actuate buttons or switches. The Tensile Tester is supplied with an external measuring cell and can measure forces of up to 2,500 N.

The Tension Dynamometer / Tension Load Cell records both tensile and compressive forces with extremely precise accuracy. Tensile and compressive forces are frequently measured in test laboratories, for example to determine yield points, tear-off force, or the force required to actuate buttons or switches. The Tension Dynamometer / Tension Load Cell is supplied with an external measuring cell and can measure forces of up to 1,000 N.

The force measuring device records both tensile and compressive forces with extremely precise accuracy. Tensile and compressive forces are frequently measured in test laboratories, for example, to determine yield points, tear-off force, or the force required to actuate buttons or switches. The Tension Dynamometer / Tension Load Cell is supplied with an external measuring cell and can measure forces of up to 2,500 N.

The Condition Monitoring was specially developed for measuring noise exposure in workplaces and complies with the IEC 61252:2002 standard. With a measuring range of 70 … 140 dB and a frequency weighting of A, B and Z, the sound dosimeter is ideal for this.

The Data Logger / Data Logging Instrument was specially developed for measuring noise exposure in workplaces and complies with the IEC 61252:2002 standard. With a measuring range of 70 … 140 dB and a frequency weighting of A, B and Z, the sound dosimeter is ideal for this.

The Data Logger with USB Interface was specially developed for measuring noise exposure in workplaces and complies with the IEC 61252:2002 standard. With a measuring range of 70 … 140 dB and a frequency weighting of A, B and Z, the sound dosimeter is ideal for this.

The Decibel Meter was specially developed for measuring noise exposure in workplaces and complies with the IEC 61252:2002 standard. With a measuring range of 70 … 140 dB and a frequency weighting of A, B and Z, the sound dosimeter is ideal for this.

The Environmental Meter was specially developed for measuring noise exposure in workplaces and complies with the IEC 61252:2002 standard. With a measuring range of 70 … 140 dB and a frequency weighting of A, B and Z, the sound dosimeter is ideal for this.

The Environmental Tester was specially developed for measuring noise exposure in workplaces and complies with the IEC 61252:2002 standard. With a measuring range of 70 … 140 dB and a frequency weighting of A, B and Z, the sound dosimeter is ideal for this.