Helmut Fischer Driver Download
Helmut Fischer Driver Download Windows 7
DescriptionHandheld instrument with exchangable probe for measuring coating thickness according to the magnetic induction method. For the measurement on ferrous substrates (F), e.g. paint, lacquer, powder coating, chrome, copper, zinc, as well as enamel or plastic coatings on steel and iron.The FMP30 instrument features additional more memory for numerous customer-specific measuring applications as well as extensive graphical and statistical evaluations. Tolerance limits can be entered into the calibratable measuring applications and the production process can be analyzed statistically.
With the XAN 220, XAN 222, XAN 250 and XAN 252, you can now measure even more precisely and quickly. Like the GOLDSCOPE SD 520 and SD 550, the instruments are equipped with the latest digital pulse processor DPP+ – completely developed in-house by Fischer.By using the new processor in conjunction with the also newly available, larger silicon drift detector (50 mm² effective area), even. Helmut Fischer (Thailand) Co., Ltd. 1232 ถนนพระราม 9 แขวงพัฒนาการ เขตสวนหลวง. Description Handheld instrument with exchangable probe for measuring coating thickness according to the magnetic induction method. For the measurement on ferrous substrates (F), e.g. Paint, lacquer, powder coating, chrome, copper, zinc, as well as enamel or plastic coatings on steel and iron.The FMP30 instrument features additional more memory for numerous customer-specific measuring.
Areas of applicationHelmut Fischer Driver Download Windows 10
- Coatings of paint, lacquer or plastic on steel or iron (Iso/Fe)
- Coatings of copper, brass, zinc, tin and chrome on steel or iron (NF/Fe)
Measuring Made Easy®
FAST and accurate Quality Control for electroless nickel platers
Knowing the %phosphorus in your electroless nickel plating operation is the key to accurate coating thickness measurement and the determination of other mechanical properties. Click below to watch a recording of our recent two part webinar on improving speed and accuracy of quality control for electroless nickel platers.
“Simultaneous measurement of local phosphorus content for a more precise thickness of electroless nickel plating using XRF”
Recorded November 5, 2020
“Eliminate sample preparation time for hardness measurement of electroless nickel plating using nanoindentation”
Recorded November 12, 2020
Still measuring electroless nickel coatings with magnetic induction or hall effect instruments? Now is the time to upgrade your electroless nickel plating operation and begin using measurement instruments that determine the coating properties you need to know. It’s essential for platers to know the percentage of phosphorus content and how it can change the electroless nickel in plating operations. A change in phosphorus content can affect critical properties like mechanical properties, solderability, corrosion resistance and electrical conductivity which ultimately affects the overall quality of the finished coating.
Conveniently, Fischer’s XRF instruments make it easy to measure both the thickness of the coating and determine the percentage of phosphorus in electroless nickel accurately. Knowing these factors allows electroless nickel platers the peace of mind in that their coatings are the exact thickness and composition they need to adhere to customer standards.
- Versatile instrument to measure thick and thin films
- Measure electroplated thicknesses and compososition
- Multiple collimator sizes to meet application needs
- User selectable primary filters to optimize measurements
- Programmable X/Y stages to automate measurements
- Microfocus X-ray tube
The strength of electroless nickel platings, can be determined quickly and easily in one measurement using nanoindentation instruments from Fischer. Leave microhardness behind and upgrade your electroless nickel plating quality process with the addition of nanoindentation testing.
The compact nanoindentation system FISCHERSCOPE® HM2000 S stands out because of it’s simple sample preparation and ease of use, eliminating operator error. Parameters such as indentation hardness, Vickers hardness, elastic modulus and much more can be determined quickly and precisely.
- Test load between 0.1 – 2000 mN
- Most samples can be measured quickly and without special sample preparation
- Good thermal stability allows for measurement without need to correct data
- Vickers, Berkovich, spherical and custom indenters are available
- Measure on smallest structures, cross-sections with high- precision programmable XY-table +/- 0.5 microns repeatability
- Custom granite structure for enhanced frame stiffness and low noise floor
- Integrated high resolution optical system with autofocus and multiple objective turret
- Measurement according to DIN EN ISO 14577 and ASTM E2546