With the Electromagnetic Field Meter, you can reliably determine the residual magnetism (remanence) and polarization on ferromagnetic iron and steel parts - especially on demagnetized components. The Electromagnetic Field Meter has an internal data memory and a wireless interface that allows you to manage measurement data directly in the device or conveniently via the Lima Connect app.

With the EMF measuring device / EMF test device, you can reliably determine the residual magnetism (remanence) and polarization on ferromagnetic iron and steel parts - especially on demagnetized components. The EMF measuring device / EMF test device has an internal data memory and a wireless interface that allows you to manage measurement data directly in the device or conveniently via the Lima Connect app.

With the Environmental Meter, you can reliably determine the residual magnetism (remanence) and polarization on ferromagnetic iron and steel parts - especially on demagnetized components. The Environmental Meter has an internal data memory and a wireless interface that allows you to manage measurement data directly in the device or conveniently via the Lima Connect app.

With the Environmental Tester, you can reliably determine the residual magnetism (remanence) and polarization on ferromagnetic iron and steel parts - especially on demagnetized components. The Environmental Tester has an internal data memory and a wireless interface that allows you to manage measurement data directly in the device or conveniently via the Lima Connect app.

With the Gauss Meter / Tesla Meter, you can reliably determine the residual magnetism (remanence) and polarization on ferromagnetic iron and steel parts - especially on demagnetized components. The Gauss Meter / Tesla Meter has an internal data memory and a wireless interface that allows you to manage measurement data directly in the device or conveniently via the Lima Connect app.

With the Magnetometer / Residual Magnetic Field Detector, you can reliably determine the residual magnetism (remanence) and polarization on ferromagnetic iron and steel parts - especially on demagnetized components. The Magnetometer / Magnetic Field Detector has an internal data memory and a wireless interface that allows you to manage measurement data directly in the device or conveniently via the Lima Connect app.

With the Radiation Detector, you can reliably determine the residual magnetism (remanence) and polarization on ferromagnetic iron and steel parts - especially on demagnetized components. The Radiation Detector has an internal data memory and a wireless interface that allows you to manage measurement data directly in the device or conveniently via the Lima Connect app.

The Car Measuring Device works with a measuring probe that only requires a small contact surface and low contact pressure. The Car Measuring Device is barely larger than a measuring probe and is particularly suitable for measuring thin layers on uneven or complex surfaces, such as tin cans.

The Coating Thickness Gauge works with a measuring probe that only requires a small contact surface and low contact pressure. The Coating Thickness Gauge is barely larger than a measuring probe and is particularly suitable for measuring thin layers on uneven or complex surfaces, such as tin cans.

The Material Tester works with a measuring probe that only requires a small contact surface and low contact pressure. The Material Tester is barely larger than a measuring probe and is particularly suitable for measuring thin layers on uneven or complex surfaces, such as tin cans.

The Material Thickness Meter works with a measuring probe that only requires a small contact surface and low contact pressure. The Material Thickness Meter is barely larger than a measuring probe and is particularly suitable for measuring thin layers on uneven or complex surfaces, such as tin cans.

The NDT Test Instruments works with a measuring probe that only requires a small contact surface and low contact pressure. The NDT Test Instruments is barely larger than a measuring probe and is particularly suitable for measuring thin layers on uneven or complex surfaces, such as tin cans.

The Paint Gauge / Paint Tester works with a measuring probe that only requires a small contact surface and low contact pressure. The Paint Gauge / Paint Tester is barely larger than a measuring probe and is particularly suitable for measuring thin layers on uneven or complex surfaces, such as tin cans.

The Paint Test Equipment / Paint Testing Equipment works with a measuring probe that only requires a small contact surface and low contact pressure. The Paint Test Equipment / Paint Testing Equipment is barely larger than a measuring probe and is particularly suitable for measuring thin layers on uneven or complex surfaces, such as tin cans.

The Surface Testing works with a measuring probe that only requires a small contact surface and low contact pressure. The Surface Testing is barely larger than a measuring probe and is particularly suitable for measuring thin layers on uneven or complex surfaces, such as tin cans.

The Thickness Gauge works with a measuring probe that only requires a small contact surface and low contact pressure. The Thickness Gauge is barely larger than a measuring probe and is particularly suitable for measuring thin layers on uneven or complex surfaces, such as tin cans.

The Thickness Meter works with a measuring probe that only requires a small contact surface and low contact pressure. The Thickness Meter is barely larger than a measuring probe and is particularly suitable for measuring thin layers on uneven or complex surfaces, such as tin cans.

The small, compact Electromagnetic Field Meter with axial measuring probe works just as precisely as larger devices. The Electromagnetic Field Meter is intuitive to operate and reliably measures DC and AC magnetic fields as well as maximum values for pulse fields. Different measuring ranges and units of measurement are available for every measuring task - including A/cm, Gauss/Oersted and (milli)Tesla - so that you can always choose the right setting for your application.

The small, compact Electromagnetic Field Meter with transverse measuring probe works just as precisely as the large magnetic field meters. It is intuitive to operate and accurately measures direct and alternating fields as well as maximum values for pulsed fields. The Electromagnetic Field Meter offers different measuring ranges and units of measurement such as A/cm, Gauss/Oersted and (milli)Tesla for every measuring task, so that you can find the ideal solution for your specific magnetic field measurements.

The small, compact EMF measuring device / EMF test device with axial measuring probe works just as precisely as larger devices. The EMF measuring device / EMF test device is intuitive to operate and reliably measures DC and AC magnetic fields as well as maximum values for pulse fields. Different measuring ranges and units of measurement are available for every measuring task - including A/cm, Gauss/Oersted and (milli)Tesla - so that you can always choose the right setting for your application.

The small, compact EMF measuring device / EMF test device with transverse measuring probe works just as precisely as the large magnetic field meters. It is intuitive to operate and accurately measures direct and alternating fields as well as maximum values for pulsed fields. The EMF measuring device / EMF test device offers different measuring ranges and units of measurement such as A/cm, Gauss/Oersted and (milli)Tesla for every measuring task, so that you can find the ideal solution for your specific magnetic field measurements.

The small, compact Environmental Meter with axial measuring probe works just as precisely as larger devices. The Environmental Meter is intuitive to operate and reliably measures DC and AC magnetic fields as well as maximum values for pulse fields. Different measuring ranges and units of measurement are available for every measuring task - including A/cm, Gauss/Oersted and (milli)Tesla - so that you can always choose the right setting for your application.

The small, compact Environmental Meter with transverse measuring probe works just as precisely as the large magnetic field meters. It is intuitive to operate and accurately measures direct and alternating fields as well as maximum values for pulsed fields. The Environmental Meter offers different measuring ranges and units of measurement such as A/cm, Gauss/Oersted and (milli)Tesla for every measuring task, so that you can find the ideal solution for your specific magnetic field measurements.

The small, compact Environmental Tester with axial measuring probe works just as precisely as larger devices. The Environmental Tester is intuitive to operate and reliably measures DC and AC magnetic fields as well as maximum values for pulse fields. Different measuring ranges and units of measurement are available for every measuring task - including A/cm, Gauss/Oersted and (milli)Tesla - so that you can always choose the right setting for your application.

The small, compact Environmental Tester with transverse measuring probe works just as precisely as the large magnetic field meters. It is intuitive to operate and accurately measures direct and alternating fields as well as maximum values for pulsed fields. The Environmental Tester offers different measuring ranges and units of measurement such as A/cm, Gauss/Oersted and (milli)Tesla for every measuring task, so that you can find the ideal solution for your specific magnetic field measurements.

The small, compact Gauss Meter / Tesla Meter with axial measuring probe works just as precisely as larger devices. The Gauss Meter / Tesla Meter is intuitive to operate and reliably measures DC and AC magnetic fields as well as maximum values for pulse fields. Different measuring ranges and units of measurement are available for every measuring task - including A/cm, Gauss/Oersted and (milli)Tesla - so that you can always choose the right setting for your application.

The small, compact Gauss Meter / Tesla Meter with transverse measuring probe works just as precisely as the large magnetic field meters. It is intuitive to operate and accurately measures direct and alternating fields as well as maximum values for pulsed fields. The Gauss Meter / Tesla Meter offers different measuring ranges and units of measurement such as A/cm, Gauss/Oersted and (milli)Tesla for every measuring task, so that you can find the ideal solution for your specific magnetic field measurements.

The small, compact Magnetometer / Magnetic Field Detector with axial measuring probe works just as precisely as larger devices. The Magnetometer / Magnetic Field Detector is intuitive to operate and reliably measures DC and AC magnetic fields as well as maximum values for pulse fields. Different measuring ranges and units of measurement are available for every measuring task - including A/cm, Gauss/Oersted and (milli)Tesla - so that you can always choose the right setting for your application.