Fischer coating thickness gauge

MMS PC2

The modular measurement system FISCHERSCOPE MMS PC2, equipped with the Windows CE operating system, is an ideal solution for high-precision coating thickness measurement and material testing.
Fischer coating thickness gaugeBy inserting cards to achieve modular design, it is possible to achieve the same functions as handheld instruments of the same name. To greatly improve applicability, corresponding probes can be selected from a wide range of probe types to quantitatively measure various properties and specifications of the sample, such as coating thickness, conductivity, and ferrite content.

Fischer coating thickness gaugeCharacteristics:

A sturdy, durable, and feature rich desktop instrument that can be used as a multifunctional measurement system and can store and process measurement data
Due to the use of modular structure and interchangeable probes, flexible applications can be achieved
● Integrating multiple physical measurement techniques into a single instrument, making it applicable: amplitude and phase sensitive eddy currents, magnetic induction, beta rays
● *'s analysis and statistical functions
● Intuitive operation through large built-in touch screen or using keyboard and mouse

FISCHERSCOPE MMS PC2 MMS PC2 can be operated using a large-sized and high-resolution color touch screen, or a keyboard and mouse. Equipped with LAN and USB interfaces, it can be integrated into automatic production lines. In addition, an additional 8 probes can be used for measurement. The modular design of MMS PC2 allows the instrument to be equipped according to customer requirements and can be upgraded and improved with other modules and probes when needed. According to the requirements, different measurement methods can be used on the instrument, such as eddy current method, magnetic method, magnetic induction method, or resistance method. It can measure the coating thickness of almost all materials on metal, as well as the coating thickness of metal on non-conductive materials. It can also be used to determine the electrical conductivity of non ferromagnetic metals and measure the ferrite content in austenitic or duplex steels.

Application:

➤ Galvanized layer and paint coating on steel; Anodizing coating on aluminum (PERMASCOPE)
➤ Nano coating (anti fingerprint), solar cell coating (thin film layer, CdTe/glass substrate), gold plating layer on plug contacts, lead in solder on solder pads, trace analysis, photosensitive coating, oil layer and wax layer (BETASOPE)
➤ Measurement of Copper Plating on Circuit Board Surface and Through Holes (SIGMASCOPE)
Measurement of copper layer thickness on the surface of the circuit board during the manufacturing process (not affected by the intermediate copper layer) (SR-SCOPE)
➤ Thickness of solder mask on copper during circuit board manufacturing process (PERMASCOPE)
➤ Graphite coating on piston surface or anti-corrosion coating on brake disc in the automotive industry (PERMASCOPE)
In the automotive industry, the ferromagnetic metal coating on the piston surface (NICKELSCOPE)
➤ Ferrite content in austenitic or duplex steel (PERMASCOPE)
➤ Conductivity of Non ferromagnetic Metals such as Copper, Aluminum, and Titanium (SIGMASCOPE)
By using the BETASOPE module, the thickness of organic compounds and metal coatings on different substrates can be measured using the beta backscattering method, which means that any coating on different substrates can have an atomic number difference of 5 or more between the two materials. With suitable probes, for quality control purposes, it can even measure the thickness of soft and lubricating coatings, such as organic nano films (anti fingerprint films) on stainless steel or rust proof grease layers during metal plate production and processing.
After being equipped with appropriate measurement modules, MMS PC2 can be flexibly used for incoming inspection, factory inspection, or production monitoring. He can provide multiple data reporting methods and perform quality and process control through Fischer's FDD software. He can also easily establish automatic measurements because the measurement system can directly control the motor-driven measurement table or XY sample table, and embed automatic production through LAN and I/O modules