Surfix® Pro X Coating Thickness Gauge in India

The new premium product Surfix® Pro X features a large high-contrast color display and is apted to make large sets of measurements during production or in the laboratory.

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Surfix® Pro X

The new premium product Surfix® Pro X features a large high-contrast color display and is apted to make large sets of measurements during production or in the laboratory. Integrated USB and Bluetooth Interfaces make for an easy network Connection

Find Metrology Solutions In Strategic Industrial Locations

Coating Thickness Gauges in Delhi NCR

Coating Thickness Gauges in Rajasthan

Coating Thickness Gauges in Punjab

Coating Thickness Gauges in Uttar Pradesh

Coating Thickness Gauges in Himachal Pradesh

Coating Thickness Gauges in Uttarakhand

Coating Thickness Gauges in Jammu & Kashmir

Key Features of Surfix® Pro X Coating Thickness Gauge in India

Multi‑Probe Support for Ferrous & Non‑Ferrous Substrates

High‑Resolution Colour Display

Large Data Memory & Statistics Handling

USB & Bluetooth Connectivity

Wide Measuring Range with Detachable Probes

Detachable probe model
Colour display
Large data memory of up to 100,000 readings
Up to 1,000 individual calibrations
Free choice of file names
Statistics
USB and Bluetooth interface
Multiple probe options
Continuous measurement (up to 3 readings per second)
DIN, ISO, ASTM, BS standards
IP 52 (protection against dust and dripping water)

Electroplating
Paint shops
Automotive industry
Chemical industry
Aerospace industry
Ship building industry
Tyre industry
Quality management and final inspections
Laboraties and research facilities

Gauge	Supports multiple probes
	Automatically identifies substrate type and activates appropriate measuring procedure
	Scan mode enables continuous measurement
	Automatic identification of probe type used
	Supports units µm and mils
Memory	Large data memory for 100,000 readings, 1,000 selectable files, Free choice of filename
	Saved readings and statistical values individually recallable
Data Output	Data transfer via USB 2.0 und Bluetooth 4.0
Statistics	Single and block value, selectable block size Parameter: n, x¯ , s, Min, Max, Kvar, cp, cpk
Calibration	Factory, Zeroing (1-point calibration), Zeroing and foil calibration (2-point calibration), Two-foil calibration, Zero offset: addition/subtraction of a constant value to/from the reading
Protection class	Protection class – IP 52 (proof against dust and dripping water)
Display	High resolution Color display Backlight, 4-digit alphanumeric Switchable backlight, Selectable between µm/mils
Standards	DIN, ISO, ASTM, BS
Measuring Principle	Magnetic induction principle (F-Mode) Eddy-current principle (N-Mode)
Limit values	Freely selectable; optical and acoustic signal if limit value is exceeded
Accuracy	Please refer supported probes
Resolution	Please refer supported probes
Warranty	1 Years

Supported Probes

Range	0 – 200 µm for Iron/Steel (FN & F models) 0 – 200 µm for Non-Ferrous metals (FN and N Models)
Substrate	Ferrous and Non-Ferrous
Tolerance	± (0.7 µm + 1 % of reading)
Resolution	0.1 µm or < 0.2 % of reading
Min. Area of measurement	5 mm x 5 mm
Minimum radius of curvature	Convex 1.5 mm, Concave 5 mm
Minimum thickness of substrate	Iron/Steel: 0.2 mm Non-ferrous metals: 50 µm
Surface Temperature	-15 °C to 60 °C

Range	0 – 1,500 µm for Iron/Steel (FN & F models) 0 – 1,500 µm for Non-Ferrous metals (FN and N Models)
Substrate	Ferrous (FN/F) and Non-Ferrous (FN/N)
Tolerance	± (1 µm + 1 % of reading)
Resolution	0.1 µm or < 0.2 % of reading
Min. Area of measurement	5 mm x 5 mm
Minimum radius of curvature	Convex 1.5 mm, Concave 5 mm
Minimum thickness of substrate	Iron/Steel: 0.2 mm (FN and F Model) Non-ferrous metals: 50 µm (FN and N Model)
Surface Temperature	-15 °C to 60 °C
Minimum ID for measurement (for FN 1.5/90)	12.5 mm

Range	0 – 1,500 µm for Iron/Steel 0 – 1,500 µm for Non-Ferrous metals
Substrate	Ferrous and Non-Ferrous
Tolerance	± (1 µm + 1 % of reading)
Resolution	0.1 µm or < 0.2 % of reading
Min. Area of measurement	5 mm x 5 mm
Minimum radius of curvature	Convex 1.5 mm, Concave 5 mm
Minimum thickness of substrate	Iron/Steel: 0.2 mm (FN and F Model) Non-ferrous metals: 50 µm (FN and N Model)
Surface Temperature	-15 °C to 60 °C
Minimum ID for measurement	12.5 mm

Range	0 – 3,500 μm – For Iron/Steel 0 – 3,000 μm – For Non-Ferrous substrates
Accuracy	± 3 μm or ± 3 % of reading (whichever is greater)
Resolution	1 μm for 0 to 1,000 μm 2 μm for 1,000 to 2,500 μm 5 μm for 2,500 to 3,500 μm
Min radius for convex surface	5 mm
Min radius for concave surface	50 mm
Min measuring area	10 mm X 10 mm

Range	0 – 10 mm – For Iron/Steel
Accuracy	± 10 μm or ± 3 % of reading (whichever is greater)
Min radius for convex surface	5 mm
Min radius for concave surface	50 mm
Min measuring area	10 mm X 10 mm

Electroplating
Paint shops
Automotive industry
Chemical industry
Aerospace industry
Ship building industry
Tyre industry
Quality management and final inspections

Laboraties and research facilities

Detachable probe model
Colour display
Large data memory of up to 100,000 readings
Up to 1,000 individual calibrations
Free choice of file names
Statistics
USB and Bluetooth interface
Multiple probe options
Continuous measurement (up to 3 readings per second)
DIN, ISO, ASTM, BS standards
IP 52 (protection against dust and dripping water)

Gauge	Supports multiple probes
	Automatically identifies substrate type and activates appropriate measuring procedure
	Scan mode enables continuous measurement
	Automatic identification of probe type used
	Supports units µm and mils
Memory	Large data memory for 100,000 readings, 1,000 selectable files, Free choice of filename
	Saved readings and statistical values individually recallable
Data Output	Data transfer via USB 2.0 und Bluetooth 4.0
Statistics	Single and block value, selectable block size Parameter: n, x¯ , s, Min, Max, Kvar, cp, cpk
Calibration	Factory, Zeroing (1-point calibration), Zeroing and foil calibration (2-point calibration), Two-foil calibration, Zero offset: addition/subtraction of a constant value to/from the reading
Protection class	Protection class - IP 52 (proof against dust and dripping water)
Display	High resolution Color display Backlight, 4-digit alphanumeric Switchable backlight, Selectable between µm/mils
Standards	DIN, ISO, ASTM, BS
Measuring Principle	Magnetic induction principle (F-Mode) Eddy-current principle (N-Mode)
Limit values	Freely selectable; optical and acoustic signal if limit value is exceeded
Accuracy	Please refer supported probes
Resolution	Please refer supported probes
Warranty	2 Years

Supported Probes

Range	0 – 200 µm for Iron/Steel (FN & F models) 0 – 200 µm for Non-Ferrous metals (FN and N Models)
Substrate	Ferrous and Non-Ferrous
Tolerance	± (0.7 µm + 1 % of reading)
Resolution	0.1 µm or < 0.2 % of reading
Min. Area of measurement	5 mm x 5 mm
Minimum radius of curvature	Convex 1.5 mm, Concave 5 mm
Minimum thickness of substrate	Iron/Steel: 0.2 mm Non-ferrous metals: 50 µm
Surface Temperature	-15 °C to 60 °C

Range	0 – 1,500 µm for Iron/Steel (FN & F models) 0 – 1,500 µm for Non-Ferrous metals (FN and N Models)
Substrate	Ferrous (FN/F) and Non-Ferrous (FN/N)
Tolerance	± (1 µm + 1 % of reading)
Resolution	0.1 µm or < 0.2 % of reading
Min. Area of measurement	5 mm x 5 mm
Minimum radius of curvature	Convex 1.5 mm, Concave 5 mm
Minimum thickness of substrate	Iron/Steel: 0.2 mm (FN and F Model) Non-ferrous metals: 50 µm (FN and N Model)
Surface Temperature	-15 °C to 60 °C
Minimum ID for measurement (for FN 1.5/90)	12.5 mm

Range	0 – 1,500 µm for Iron/Steel 0 – 1,500 µm for Non-Ferrous metals
Substrate	Ferrous and Non-Ferrous
Tolerance	± (1 µm + 1 % of reading)
Resolution	0.1 µm or < 0.2 % of reading
Min. Area of measurement	5 mm x 5 mm
Minimum radius of curvature	Convex 1.5 mm, Concave 5 mm
Minimum thickness of substrate	Iron/Steel: 0.2 mm (FN and F Model) Non-ferrous metals: 50 µm (FN and N Model)
Surface Temperature	-15 °C to 60 °C
Minimum ID for measurement	12.5 mm

Range	0 – 3,500 μm – For Iron/Steel 0 – 3,000 μm – For Non-Ferrous substrates
Accuracy	± 3 μm or ± 3 % of reading (whichever is greater)
Resolution	1 μm for 0 to 1,000 μm 2 μm for 1,000 to 2,500 μm 5 μm for 2,500 to 3,500 μm
Min radius for convex surface	5 mm
Min radius for concave surface	50 mm
Min measuring area	10 mm X 10 mm

Range	0 – 10 mm – For Iron/Steel
Accuracy	± 10 μm or ± 3 % of reading (whichever is greater)
Min radius for convex surface	5 mm
Min radius for concave surface	50 mm
Min measuring area	10 mm X 10 mm

Supported Probes

FN 0.2

Range	0 - 200 µm for Iron/Steel (FN & F models) 0 - 200 µm for Non-Ferrous metals (FN and N Models)
Substrate	Ferrous and Non-Ferrous
Tolerance	± (0.7 µm + 1 % of reading)
Resolution	0.1 µm or < 0.2 % of reading
Min. Area of measurement	5 mm x 5 mm
Minimum radius of curvature	Convex 1.5 mm, Concave 5 mm
Minimum thickness of substrate	Iron/Steel: 0.2 mm Non-ferrous metals: 50 µm
Surface Temperature	-15 °C to 60 °C

FN 1.5, F 1.5, N 1.5, FN 1.5/90

Range	0 - 1,500 µm for Iron/Steel (FN & F models) 0 - 1,500 µm for Non-Ferrous metals (FN and N Models)
Substrate	Ferrous (FN/F)and Non-Ferrous (FN/N)
Tolerance	± (1 µm + 1 % of reading)
Resolution	0.1 µm or < 0.2 % of reading
Min. Area of measurement	5 mm x 5 mm
Minimum radius of curvature	Convex 1.5 mm, Concave 5 mm
Minimum thickness of substrate	Iron/Steel: 0.2 mm (FN and F Model) Non-ferrous metals: 50 µm (FN and N Model)
Surface Temperature	-15 °C to 60 °C
Minimum ID for measurement (for FN 1.5/90)	12.5 mm

FN 3.5, F3.5

Range	0 – 3,500 μm - For Iron/Steel 0 – 3,000 μm - For Non-Ferrous substrates
Accuracy	± 3 μm or ± 3 % of reading (whichever is greater)
Resolution	1 μm for 0 to 1,000 μm 2 μm for 1,000 to 2,500 μm 5 μm for 2,500 to 3,500 μm
Min radius for convex surface	5 mm
Min radius for concave surface	50 mm
Min measuring area	10 mm X 10 mm

F10

Range	0 – 10 mm - For Iron/Steel
Accuracy	± 10 μm or ± 3 % of reading (whichever is greater)
Min radius for convex surface	5 mm
Min radius for concave surface	50 mm
Min measuring area	10 m X 10 mm

How Surfix® Pro X Coating Thickness Gauge Work?

The Surfix® Pro X Coating Thickness Gauge works by using non-destructive measurement principles to determine the thickness of coatings on different substrates. For ferrous (magnetic) substrates, it uses magnetic induction, and for non-ferrous (non-magnetic) substrates, it uses eddy current technology. A probe is placed on the coated surface, and the gauge detects changes in the magnetic field or induced currents caused by the coating layer. These signals are converted into thickness values displayed on the gauge’s high-resolution screen. The instrument can store measurements, calculate statistical data, and transfer results via USB or Bluetooth, making it ideal for quality control, inspection, and maintenance of painted, plated, or coated surfaces.