Fischer Technology, Inc. / Coating Thickness Gages - Product Announcements

The ANOTEST^® YMP 30-S tests the sealing quality of anodic coatings on aluminum, which is an important factor for weather resistance. (read more)

Aviation, Aerospace, and Military users of commercial off the shelf components are faced with a potentially dangerous parts shortage. It is possible that electronics thought to contain 3% tin lead specified for high reliability applications will be mislabeled and replaced with 0% lead components. As a result, tin-whiskers could occur resulting in dangerous consequences. (read more)

FISCHERSCOPE® MMS^® PCB: Three in one instrument A universal measurement system for determining copper coatings and other electroplated coatings on pc-boards on surface areas and in boreholes. (read more)

The newest generation of the proven FISCHERSCOPE® XDAL and XDLM x-ray spectrometers is now available. (read more)

The FISCHERSCOPE^® X-RAY Conti 5000 instruments are innovative energy dispersive x-ray fluorescence spectrometers (EDXRF) for in-line process control. They are designed for continuous non-destructive analysis of alloys and measurement of thin layers and layer systems. They can measure in air or in a vacuum, at room temperature or on very hot surfaces. (read more)

Fischer Technology announces the release of the new DUALSCOPE®FMP100 touchscreen coating thickness measurement instrument. The instrument harmonizes the flexibility and capabilities of PC-based lab instruments with the manageability of compact portable units. A video demonstration is available online at www.fischer-technology.com. (read more)

The FMP Series is the most recent addition to the Fischer product line. The new instruments are the DUALSCOPE® FMP20, DELTASCOPE® FMP10 & FMP30, ISOSCOPE® FMP10 & FMP30, DUALSCOPE® FMP40, and DUALSCOPE® FMP100 coating thickness gauges. (read more)

X-Ray fluorescence is a highly effective tool for materials analysis.

It is widely used for coating thickness measurement and is also well suited for element identification.

Powder and paste can be analyzed in the same manner as solid materials or liquids. Fast results are possible with our X-Ray Fluorescence Testing for WEEE and RoHS compliance. (read more)

The rugged FERITSCOPE^® FMP30 with plug-in type smart probe is suited for fast, non-destructive and accurate measurement of ferrite content on-site or in the lab according to the magnetic inductive method. (read more)

Fischer Technology's SIGMASCOPE® SMP10: Economic measurements of the strength of mass produced aluminum components. The SIGMASCOPE® SMP10 instrument measures the electrical conductivity of aluminum alloys with full temperature compensation in only a few seconds. (read more)

More than 80% of global gold production is processed in the jewelry industry, which means for economic and legal reasons, the accurate determination of the gold content is extremely important. (read more)

New pocket sized electronic instrument with integrated measurement probe for coating thickness measurements over steel or iron according to the magnetic induction and eddy current methods. (read more)

PHASCOPE® PMP10 measures copper coating thickness using phase-sensitive Eddy current method. It is a user-friendly instrument providing reproducible and accurate measurement of copper thickness on PC boards and metallic coatings on ferrous and non-ferrous metallic or electrically non-conductive parts. Depending on the probe it operates at the frequencies of 60 kHz, 240 kHz or 1.25 MHz. (read more)

Fischer Technology, Inc. offers new conductivity standards or the re-certification of existing conductivity standards. Certified standards are available for the entire conductivity range traceable to internationally recognized calibration standards. (read more)

The PHASCOPE PMP10 is a hand-held coating thickness gauge which provides rapid, simple, on-the-spot coating thickness measurements according to the phase sensitive eddy current method. Even contact free measurements can be made with the appropriate probes. (read more)

A new generation of proven portable coating thickness measurement instruments with a wide assortment of plug-in type probes that provide precise measurements. (read more)

DUALSCOPE® FMP40 is designed with built-in measurement reporting to meet the requirements set forth by SSPC-PA2 and IMO PSPC (read more)

PICODENTOR® HM500: Measuring the world of atoms in an industrial style Cost-effective micro hardness measuring instrument enables economic quality testing in industrial nanotechnology (read more)

Beta Backscatter method offers a great deal of versatility and can be used to measure: paint, oil, lubricating films, plastic, enamel, ceramic and phosphate coatings on metals and some non-metals. Also metal coatings on other metals, including some coatings too thick for X-ray test methods. (read more)

The FISCHERSCOPE^® X-RAY XDV^®-SD X-ray fluorescence spectrometer supports the challenges that manufacturers face while screening for hazardous substances per the Consumer Product Improvement Safety Act of 2008. (read more)

Users of commercial off the shelf components are faced with a potentially dangerous parts shortage. It is possible that electronics thought to contain a minimum percentage of tin lead specified for medical components will be mislabeled and replaced with lead-free components. Fischer X-ray fluorescence instruments identify lead and lead free components. (read more)

The COULSOSCOPE® instrument series operates according to the coulometric method by deplating according to EN ISO 2177 and impresses with its unique design and capabilities.

Simultaneous Measurement of Coating Thickness and Electrochemical Potentials according to the Coulometric Method. (read more)

X-Ray Fluorescence Instruments for WEEE/RoHS by Fischer Technology The FISCHERSCOPE X-RAY XAN and XDAL identify the content of prohibited metals in compliance to the EU directive RoHS/WEEE (read more)

Path-breaking technology in measuring microhardness and evaluating material properties. The FISCHERSCOPE® HM2000 is a measurement system for the determination of the hardness, the elasticity or the viscoelastic behavior of materials. (read more)

Measurement of copper thickness on printed circuit boards. Non-destructive, fast, accurate, and without influence from opposing copper layers. (read more)