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* Over 92% First-match Accuracy :- Features an advanced optical lens and six high CRI white LEDs that isolate and evenly illuminate colors for highly accurate matching on the first try. * Light and Portable :- Easy and convenient to have on-site for projects and always with you for when inspiration strikes. * Get Useful Color Measurements :- Instantly get paint color matches for most paint brands, as well as Delta E, CIE Lab, RGB, Hex, CMYK, LRV and LCH measurements. Also displays RAL® standards. * Save, Label and Share Colors :- Save your favorite colors, label them for quick reference and easily share with friends, family and even your paint store – right from your phone. * Create Color Palettes :- Build your own color palettes, and with one touch, see complementary, triad, analogous and monochromatic palettes suggested by the app. * Browse Digital Fan Decks :- Scroll through digital fan decks of your favorite paint brands for color inspiration or to fine tune your final color selections. * Quality Control :- Use the quality control mode to set a color standard and compare subsequent readings to the standard – great for industrial settings. * Quick & Easy Paint Color Sampling :- Order Samplize peel-&-stick, re-positionable paint samples from our convenient app. (North America only)

The 4000 series QNix® coating thickness gauges deliver precise and quick measurement results, are easy to use and extremely robust. Are you looking for a universal coating thickness gauge that has proven itself time and again? Can you forego measured value memory or software-supported evaluation in your area of application? Then the QNix® 4200 (for measurements on Fe) or the QNix® 4500 (for measurements on Fe and NFe) is the right coating thickness gauge for you. Reliable measurement results on Fe and NFe metals Thousands of users around the world have used the coating thickness gauges from the 4000 series for years. As a user you can also benefit from these successful models. The QNix® 4200 gives you reliable measurement results on steel and iron (Fe). The QNix® 4500 lets you take measurements on steel, iron (Fe) and non-ferrous metals (NFe) like aluminium, zinc, copper and brass. Broad range of applications and easy to use QNix® devices from the 4000 series are available in a variety of different versions, such as with an integrated or cable probe or with an extended measuring surface of up to 5 mm. This lets you cover a very broad range of applications if need be. We want to make your work easier as a user. That is why all QNix® coating thickness gauges function according to our easy-to-use principle: simply position, measure and read.

The upgrade of the well proven QuintSonic coating thickness gauge combines measuring system and evaluation software in an ultrasonic sensor directly connected to an industrial tablet. QuintSonic T measures the individual thickness of up to 8 layers on different substrates (e.g. metal, plastics, GFRP, CRFP, WPC, fibre reinforced composites) using the ultrasonic run-time method. Measurement of all layers is performed in only one operation. QuintSonic T: All measuring parameters on one screen QuintSonic T measures of up to eightcoatings in a single operation. It can measure polymer coatings such as paints, varnishes and synthetic material, as well as glass, ceramic or metallic coatings on virtually any substrate. Precise and easy to handle, QuintSonic T can measure all typical coating systems such as: * Lacquers on synthetic material * Synthetic material on wood * Glass on metal * and many more. Featuring a generous 8-inch display, QuintSonic offers a user-friendly overview of the result of measurement as well as the corresponding course of the ultrasonic signal (A-scan). Parameters for signal adjustment are displayed simultaneously and can thus bie adapted to the current measurement with significant time savings. Subsequient adjustment of parameters is also possible through the new memory option for A-scans. In addition, QuintSonic T is characterized by simple handling via touch screen and intuitive user guidance. The measuring program also offers a clear data structure with integrated test report generation. QuintSonic T is also ideally suited for harsher environments due to IP 67 & MIL-STD 810 G and extremely resistant Gorilla® glass.

MiniTest 70 - Elektro Physik MiniTest 70: Coating thickness measurement in a practical pen format MiniTest 70 is a lightweight and practical coating thickness measurement gauge in pen format with inbuilt sensors. It comes with several benefits: * Precise measurement of coating thickness up to 3mm (F) or 2.5mm (N) * A dual sensor automatically identifies the substrate and sets the appropriate measuring procedure: eddy currents or magnet-inductive (excluding model E) * Wear-resistant probes for long service * Weighs only 80 grams MiniTest 70 F With statistics display (number of readings taken, mean values, standard deviation, maximum, minimum). Suited only for ferromagnetic substrates (e.g. steel). Measuring range 0 to 3 mm / 118 mils. Enables 1-point and 2-point calibrations. MiniTest 70 FN With statistics display (number of readings taken, mean values, standard deviation, maximum, minimum). Suited for ferromagnetic substrates (e.g. steel) and also for non-ferromagnetic substrates (non-ferrous metals like aluminium, brass etc.). Measuring range 0 to 3 mm / 118 mils on steel substrates and 0 to 2.5 mm / 95 mils on non-ferrous metals. Enables 1-point and 2-point calibrations. MiniTest 70 B-FN Suited for ferromagnetic substrates (e.g. steel) and also for non-ferromagnetic substrates (non-ferrous metals like aluminium, brass etc.) Measuring range 0 to 3 mm / 118 mils on steel substrates and 0 to 2.5 mm / 95 mils on non-ferrous metals. Enables 1-point calibrations. MiniTest 70 E-FN Suited for ferromagnetic substrates (e.g. steel) and also for non-ferromagnetic substrates (non-ferrous metals like aluminium, brass etc.). Measuring range 0 to 3 mm / 118 mils on steel substrates and 0 to 2.5 mm / 95 mils on non-ferrous metals.

Magnetic coating thickness measuring gauge MikroTest MikroTest is ideally suited to the non-destructive measurement of: * Non-magnetic coatings such as lacquers, enamels, chrome and zinc on ferromagnetic basis material (steel) * Model NiFe 50: electroplated nickel coatings on steel * Models Ni 50 and Ni 100: electroplated nickel coating on non-ferromagnetic substrates (e.g., aluminium, copper, synthetic material, etc.) A unique ElektroPhysik manufacturing process gives the magnets durability to ensure they remain within tolerance levels for decades. Manually operated measuring mechanism. Turn the scale wheel to the forward stop and then slowly turn the wheel backwards by hand until the magnet releases from the object to be measured. MikroTest 5 G Measuring range 0 – 100 µm, suitable for electroplating and paint coatings on steel MikroTest 5 F Measuring range 0 – 1.000 µm, suitable for paint coatings on steel Automatic drive mechanism of the measuring device by tension spring storage. Before measuring the scale wheel is turned as far as it will go and once started the built-in locking mechanism automatically carries out the process of measurement. MikroTest 6 G Measuring range 0 – 100 µm, suitable for electroplating and paint coatings on steel MikroTest 6 F Measuring range 0 – 1.000 µm, suitable for paint coatings on steel MikroTest 6 S3 Measuring range 0,2 – 3 mm, suitable for enamel, plastics or rubber on steel MikroTest 6 S5 Measuring range 0.5 – 5 mm, suitable for enamel, plastics or rubber on steel MikroTest 6 S10 Measuring range 2.5 – 10 mm, suitable for enamel, plastics, rubber or fire protection coatings on steel MikroTest 6 S20 Measuring range 7.5 – 20 mm, suitable for enamel, plastics, rubber or fire protection coatings on steel MikroTest 6 Ni50 Measuring range 0 – 50 µm, for measurement of electroplated Nickel coatings on non-ferromagnetic subtrates MikroTest 6 Ni100 Measuring range 0 – 100 µm, for measurement of electroplated Nickel coatings on non-ferromagnetic subtrates MikroTest 6 NiFe50 Measuring range 0 – 50 µm, for measurement of electroplated Nickel coatings on ferromagnetic steel substrate

Ideally suited to measuring coating thickness in virtually any single or multi-layered coatings. The GalvanoTest uses the coulometric method to measure galvanised coatings such as chrome, nickel, cadmium, copper, brass, silver, gold, tin or zinc both on metals and non-metals. The anodic dissolution method, also known as the coulometric method, functions similarly to the electroplating process: an electrolyte separates individual metal coatings from the substrate with the help of an electric current. By measuring the current and time, the GalvanoTest determines the thickness of the separated coating. The GalvanoTest coating thickness measurement gauge is available in two variants: * GalvanoTest 2000: the electrolyte is circulated by a pulsator nozzle. * GalvanoTest 3000: large electrolyte volumes circulated by a circulation pump enable quick serial measurements. Suitable for use on very small parts and for the measurement of gold layers.

The MiniTest 3100 is no longer available and has been replaced by successor model MiniTest 4500/2500. The all-rounder: the MiniTest 3100 can be combined with a variety of probes to make it suitable for use in many different areas. Measurement is non-destructive and covers the following ranges: * 0 – 50mm for non-magnetic coatings on steel * 0 – 100mm for insulating coatings on non-ferrous metals * 10 – 200µm for copper coatings on insulating base materials * 0 – 1600µm for powder coatings on steel and non-ferrous metals Flexible application using the MiniTest 3100 The MiniTest 3100 system has numerous probes suited to a variety of coating thickness measurement tasks, as well as different calibration methods and analysis options: * Specialised probes can be supplied,g. completely sealed probes for use in wet areas, and heat-resistant probes for temperatures up to 250°C and 350°C * A special calibration method allows for countless different applications; calibration using unidentified coatings (CTC method) enables calibration on objects with inaccessible uncoated areas. * The calibration curve recorded in the factory is stored in the probe connector making it easy to interchange probes on site. * All probes are equipped with durable poles to ensure long life even for frequent use on abrasive substrates. The pole surfaces are highly polished.

A high-end device for coating thickness measurement from ElektroPhysik. The MiniTest 7400 can take a diverse range of measurements and always gives you readings of the highest precision. The following features combine to make the MiniTest 7400 an unbeatable tool: * Wide range of external, interchangeable sensors for use in every situation * Graphic display with simplified user guide to instantly show statistical values, trend diagrams and histograms * Technologically advanced and unique in terms of precision and reproducibility thanks to SIDSP sensors State of the art for coating thickness measurement The coating thickness gauge MiniTest 7400 is an indispensable tool for measuring non-magnetic coatings (paint, synthetic material, chrome, etc.) on ferromagnetic substrates (steel), or insulating coatings (lacquer, enamel, synthetic material, etc.) on conductive substrates (aluminium, copper, stainless steel, etc.). The MiniTest 7400 enables a wide range of measurements, from the thinnest coatings in the sub-micrometre range (e.g. galvanised coatings), to thick coatings (e.g. flame retardant coatings in steel constructions, rubber coatings, etc.). Measuring objects with difficult geometries (e.g. the measurement of steel pins, or in recesses and holes, etc.) are also no problem for the MiniTest 7400. SIDSP sensors feature high levels of accuracy and are also extremely durable, easily withstanding years of use even on rough surfaces. Each sensor… * is subject to fully automated testing under workshop conditions, * is equipped with 50 calibration points to correct even the smallest deviation, * undergoes a climate cycle during production enabling it to automatically compensate for the influence of temperatures. Ease of use is a further feature: The coating thickness gauge MiniTest 7400 is controlled via a graphic display and provides common PC functions: context-specific help, saving of readings in a folder structure, navigating via menus displaying symbols and text. The user guide is currently available in 6 languages (German/English/French/Spanish/Italian/Portuguese).

The MiniTest 2500-4500 series offers a large selection of sensors, different calibration methods and evaluation options for a wide range of tasks in the field of coating measurements. The non-destructive measurement covers the following measuring range: * 0 – 50 mm for non-magnetic coatings on steel * 0 – 100 mm for insulating coatings on non-ferrous metals * Heat resistant probes for temperatures up to 250 °C and 350 °C * Pencil shaped probes to measure in tubes and pipes The MiniTest 2500-4500 series offers a large selection of sensors, different calibration methods and evaluation options for a wide range of tasks in the field of coating measurements. The non-destructive measurement covers the following measuring range: 0 – 50 mm for non-magnetic coatings on steel 0 – 100 mm for insulating coatings on non-ferrous metals Heat resistant probes for temperatures up to 250 °C and 350 °C Pencil shaped probes to measure in tubes and pipes All probes are equipped with wear resistant poles ensuring long life for use also on abrasive substrates. Both models are equipped with a huge data memory for storage of up to 2 million measuring values either taken in direct mode (MiniTest 2500) or categorized in an APPLICATION-BATCH memory structure. Data transfer to PC is carried out via a USB interface; MiniTest 4500 additionally offers Bluetooth connectivity. Ergonomical design, a clear display, one-button operation and illuminated keypad and other useful features add up to a high customer value for the MiniTest 2500-4500 gauge family.

Devices in the MiniTest 700 series are our best sellers – and for good reason: they have diverse applications and deliver precise readings, all at unbeatable value for money. Overview of benefits: * Digital processing of readings by the sensor for quick results * Durable sensors for a long service life * Diverse range of applications for measuring coating thickness up to 35mm * Graphic menus and guide texts in 20 languages – ideal for use in a multi-national team Precision measuring instrument in 3 variants according to requirements The coating thickness gauge MiniTest 700 is available in 3 different models: MiniTest 725: The basic version with integrated sensor, a compact design and inexpensive. MiniTest 735: The standard version with the external sensor connected to the device by a cable to make measurement easy. MiniTest 745: The flexible version with interchangeable sensors that can be connected to the device either by cable or wirelessly via Bluetooth for greater freedom when measuring coating thickness. All three versions in the MiniTest 700 series enable the non-destructive measurement of coating thickness for non-magnetic coatings (paint, synthetic material, chrome and other electro-plated, non-magnetic coatings, etc.) on ferromagnetic substrates (steel/iron), and insulating coatings (lacquer, enamel, synthetic material, anodised aluminium, etc.) on conductive substrates (aluminium, copper, titanium, austenitic stainless steel). In addition, all devices are capable of two different measurement methods: Single mode: up to 70 readings per minute can be recorded and saved. Continuous mode: up to 20 coating thickness values per second are recorded. This allows you, for example, to identify thinnest and thickest points and the saving of readings in a measurement series.

The MiniTest 650 is robust and perfectly suited to coating thickness measurement in harsh conditions and on abrasive surfaces such as: * Sandblasted steel * Heavy duty corrosion protection in ship building * Offshore installations and mining facilities * Plasma-sprayed surfaces MiniTest 650 – The Robust coating thickness measurement gauge The MiniTest 650 has a fixed external probe for all non-magnetic coatings on steel and all insulating coatings on nonferrous metals. For measurement on rough steel surfaces, e.g. in shipyards, the F probe comes equipped with special wear protection to ensure long service.

These hand-held instruments measure coating thickness easily, quickly, non-destruc-tively and with the precision that is typical for all FISCHER instruments. Over 70 probes can be connected to FMP10 to FMP40. Thus, you can solve even the most sophisticated measurement tasks. Measurement range, trueness and repeatability precision depend on the connected probe. This information can be found in the corresponding probe data sheets.