Oxford CMI730 Coating Thickness Gauge, Oxford, UK-Fornitore globale

No. 418 Huajing Road, Shanzhong Science and Technology Park, Waigaoqiao Free Trade Zone, Pudong New Area, Shanghai

product description

CMI730The design incorporates the high-tech content and rich industry experience of Oxford Instruments, conforms to ergonomic principles, and is equipped with large backlit LCD display devices. This measuring instrument is controlled by a simple and easy-to-use microprocessor, with a user-friendly design. You only need to gently touch the button of the instrument, and the instrument can provide you with accurate measurement data.CMI730The large LCD display used ensures that you can easily observe the measured data and results from any angle and distance, and provide accurate measurement results in a very short time.CMI730It can provide high-tech non-destructive coating thickness detection for non-magnetic coatings/coatings on magnetic substrates, non-conductive coatings/coatings on conductive substrates, and electroplated nickel layers on magnetic substrates simultaneously.

Oxford/CMI CMI 730 Application:
Measure non-conductive coatings on non-magnetic substrates, metal coatings on ferrous substrates, and conductive coatings on conductive coatings.
※Eddy current probes: Zn, Cd, Cr, Cu on Steel, Organic, Paint&Powder Coatings on Al, Anodize on Al, etc.
※Measure non-magnetic coatings on magnetic substrates.
※Magnetic induction probes: Zinc nickel, cadmium, chromium, copper, organic, coatings, powders, etc.
※Accurately quantify the thickness of the deposited coating.

Measurement probe information

CMI730Any model in the series must be equipped with a probe. Despite their small size and simple appearance, these probes are actually composed of high-precision electronic and mechanical devices inside, which play a very important role in your measurement process. The service support team of Jin Instrument can assist you in selecting a probe that is suitable for your application. The factors to consider when choosing a probe for Oxford Instruments mainly include the type and thickness of coating/plating, as well as the size and shape of the parts. The optional probe fastening bracket can provide more precise control for your measurement process.

technical specifications:

Measurement range of eddy current mode:

Non conductive coating on conductive substrate:0.1-40.0 mils (2.5-1000 μm)

Zinc layer on steel:0.1-1.50 mils (2.5-37.5 μm)

Cadmium layer on steel:0.1-1.50 mils (2.5-37.5 μm)

Copper layer on steel:0.1-1.50 mils (2.5-37.5 μm)

Measurement range of magnetic induction mode:

Non magnetic coating on magnetic substrate:0.1-50.0 mils (2.5-1250 μm)

Magnetic induction: Complies with ASTM B499 and B530, DIN 50981, ISO 2178, and BS 5411 parts 9 and 11

Eddy current: Complies with ASTM B244 and B259, DIN 50984, ISO 2360, and BS 5411 Part 3

Storage capacity: 8000 stable readings

Accuracy: relative to standard soil (1%+0.1um)

Output: RS-232 serial output port, used for downloading to a printer or computer

Unit conversion: Miles can be selected, um.uin.mm,in, Or displayed in% units

Weight: 6 Lbs.(2.79 kg)

Size: (W) 11.5”(29.21cm) x (D) 10.5”/(26.67 cm) X (H) 5.5”/(13.97 cm)

Display screen: Large LCD screen with 480 (H) x 320 (V) pixels, backlight, wide viewing angle

Data statistics: mean, * high value, * low value, standard deviation, relative standard deviation, and CPK

Charts: Histogram, Trend Chart, X-R Chart

Coating inspectionZinc, cadmium, nickel, copper, etc
Coating inspection: Powder coatings, anodized coatings, and other paints,
Quality Inspection: The Ideal Tool for Incoming Inspection of Coated Accessories