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Product Details:

2399-03 Insize Tilted Face Type Dial Test Indicator Measuring Range: .03″

The Insize 2399-03 Tilted Face Type Dial Test Indicator has the following specifications:

• Measuring Range: .03″
• Accuracy: ?.0005”
• Graduation: .0005”
• Dial reading: 0-15-0

Features:

• Jeweled bearing.
• Carbide contact point.
• Two measuring directions.
• Anti magnetic body.
• Supplied with two clamps:5/32″ DIA and 3/8″ DIA.
• Optional accessory: styli.

2480-16 INSIZE Metric Large Range Vertical Type Dial Test Indicator: 1.6mm

The INSIZE 2480-16 Metric Large Range Vertical Type Dial Test Indicator has the following specifications:

• Range: 1.6mm
• Accuracy: 18µm
• Hysteresis: 3µm
• Graduation: 0.01mm

Features:

• Dial Reading: 0-40-0
• Jeweled bearing
• Carbide contact point
• Two measuring directions
• Anti magnetic body
• Supplied with two clamps: diameter Ø4mm and Ø8mm

The INSIZE ISQ-DB50 Metric Automatic Dial Indicator Tester has the following specifications:

• Measuring range: 0-50mm
• Resolution: 0.1µm
• Repeatability: 0.1µm
• Speed: average 0.6s/point(adjustable). It takes 3 minutes a calibrate a 10mm dial indicator
• Accuracy: any 1mm: 0.8µm , any 2mm: 1.0µm , any 10mm: 1.3µm , any 30mm: 1.5µm , 50mm: 2.0µm
• Hysteresis: 0.5µm
• Output: RS232
• Power supply: 220V, 50Hz
• operation temperature: 20±5°C
• Weight: 35Kg

Features:

• Automatic measurement
• Semi-automatic measurement is possible, operate by hand and find graduation lines by eyes, for indicators with stains on dial faces
• Automatic zero setting
• Detection accuracy of graduation lines: 1/15 graduation for 0.001mm dial indicators or dial test indicators, 1/30 graduation for 0.01mm dial indicators or dial test indicators
• Suitable for dial indicators or dial test indicators with plain and convex crystals

The INSIZE 2118-101 Metric Back Plunger Type Digital Indicator has the following specifications:

• Range: 0.5″
• Resolution: 0.001mm
• Resolution 1: 0.00005″
• Range: 12.7mm
• Accuracy: 5µm
• Hysteresis: 2µm
• Remark: flat bacK

Features:

• Display can rotate 320°, and display direction is changeable
• Reading in digital and analog
• Button function: tolerance Go and No-Go display, data preset, measuring direction change, max./min./TIR measurement, inch/metric conversion, absolute/incremental measurement
• Keep preset data and tolerance data in memory after restart
• CR2032 battery, automatic power off (time is adjustable)
• Data output
• Optional accessory: data output cable (code 7315-50M, 7302-40M, 7305-40M), backs (page 167-168), contact points (page 164-166)

If this indicators page does not have the specifications or information you are searching please visit the INSIZE company website. You can find their website by Clicking Here.

INSIZE Metric Back Plunger Type Digital Indicator

• 2118-10 Metric Back Plunger Type Digital Indicator 0.5″
• 2118-101 Metric Back Plunger Type Digital Indicator 0.5″

2801-10 INSIZE Metric Reverse Reading Dial Indicator: 10mm

The INSIZE 2801-10 Metric Reverse Reading Dial Indicator has the following specifications:

• Range: 10mm
• Accuracy: 17µm
• Hysteresis: 3µm
• Graduation: 0.01mm
• Range/rev: 1mm
• Dial reading: 100-0
• Remark: lug back

Features:

• Meet DIN878
• Suitable for depth and step measurements
• Jeweled bearing
• Supplied with limit pointers and bezel clamp
• Optional accessory: backs (page 167-168), contact points (page 164-166)

The INSIZE 2318-20 Metric Dial Indicator has the following specifications:

• Range: 20mm
• Accuracy: 50µm
• Hysteresis: 20µm
• Graduation: 0.1mm
• Range/rev: 10mm
• Dial reading: 0-10
• Remark: lug back
• B: 85mm
• D: 35mm

Features:

• Supplied with limit pointers and bezel clamp

As an all-rounder, the MMS® Inspection DFT is the perfect choice for coating thickness measurement on steel and non-ferrous metals. The housing complies with IP65 and delivers absolutely reliable measurement results – even under very harsh conditions. Thanks to the precise dual probe, the device automatically detects the base material and also impresses when measuring thin layers with very low measurement uncertainty.

The MMS® Inspection DFT is part of the three-part MMS® Inspection corrosion kit, the Fischer handheld measuring gauges for comprehensive corrosion protection.

MODEL 29/38 | LONG STYLUS Lever Type Dial Gauges, Fixed with Jewels, rigid brass body, Metric & inch range. Dia.2mm tungsten carbide ball stylus. With 33.6 & 32.4 long stylus.

FEATURES:

Technical info:

•  Inch

Baker-MODEL 56 ONE REVOLUTION:

MODEL 56 Plunger Dial Gauge Range 0.8mm to 30mm / 0.08" to 1", Range 0.8mm/0.08inch, One revolution dial gauge. Shock proof, Hardened stem for free clamping, Rigid brass case.

FEATURES

Technical info:

Metric

Inch

ANSI(AGD)

Baker-Plunger Type Dial Gauge – MODEL 105 – K101:

MODEL 105 – K101 Mechanical LARGE Diameter plunger type Dial gauge for easy reading, Hardened stem for free clamping, Tungsten carbide ball anvil, Rigid brass case, Strong & smooth metal bezel, Spindle made of stainless steel.

FEATURES

Technical info:

Metric

.. Importers Distributors,Dealers of ELEKTRO PHYSIK suppliers are Chennai,Chegalpattu,kallakurichi,kanchipuram,mayiladurai,kanyakumari,Coimbatore,Namakkal,Ranipet,Tenkasi,thootukudi,Thirupattur

Professional, high-end wall thickness measuring device for non-destructive measurement up to 24mm. The MiniTest 7400 FH allows you to comfortably measure the thickness of non-magnetic materials such as glass, synthetic material, stainless steel and composites. Components with complex geometries can also be measured with ease.

An SIDSP sensor means the MiniTest 7400 FH provides high-precision measurement and reproducibility while compensating for the influence of temperatures in the measuring environment and in the object being measured. Sensors are equipped with carbide tips making them particularly durable.

The MiniTest 7400 FH functions as follows: Thickness is determined by measuring the distance of a reference ball to the sensor tip. The reference ball is attracted by a powerful magnet positioned directly behind the sensor tip. The steel reference balls are treated according to a specialised ElektroPhysik procedure which allows reproducibility of test results of up to 0.5%.

A graphic display and common PC functions (context-specific help, saving of readings in a folder structure, navigating via menus displaying symbols and text) makes the MiniTest 7400 FH extremely easy to use. A user guide is available in 6 languages (German/English/Spanish/French/Italian/Portuguese)

Non-destructive wall thickness measurement of:

·         Non-magnetic materials like synthetic materials, glass, ceramic, non-ferrous metals…

·         All kinds of hollow items like bottles, aluminium cans, glass and plastic containers with complex geometries…

·         Thermo-moulded parts like cups, cans, bowls…

·         Die-cast and moulded plastic parts, fibre compound materials, non-ferrous metals etc., for e.g. in the automotive field (gear casing, body and interior components), in avionics (turbine components, combustion chambers, high-pressure pipes), in the medical field…

·         Precision in wall thickness measurement of up to 24 mm

·         Greater accuracy and repeatability by the sensor-integrated digital signal processing (SIDSP®)

·         

Importers Distributors,Dealers of ELEKTRO PHYSIK suppliers are tirupur,thiruvannamalai,Nilgiris,Villupuram,Virudunagar,Erode,Madurai,Thanjavur,Tiruchirappalli,Kanchipuram,Dharmapuri,Salem,Cuddalore

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

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.

·         internal probe

·         saves up to 10,000 measurement values in 10 groups

·         Prices and ordering options of MiniTest 725

·         external, interchangeable probes connected via cable

·         saves up to 10,000 measurement values in 10 groups

·         Prices and ordering options of MiniTest 735

·         

Dial indicator MarCator 26Q
ANSI
Measuring span (inches): .100"
Graduation value inches: .001"
Figur on dial face: 0-20-0

Suppliers, dealers and importers of MarForm MMQ 400 In Ananthapur Chithoor, Cuddapah, Guntur, Srikakulam, East Godavari, West Godavari, Prakasam, Krishna.

TECHNICAL DATA

Dial indicator MarCator D3W
ANSI
Measuring span (inches): .050"
Graduation value inches: .001"
Figur on dial face: 0-10-0

Suppliers, dealers and importers of MarForm MMQ 400 In Ananthapur Chithoor, Cuddapah, Guntur, Srikakulam, East Godavari, .

TECHNICAL DATA

LS235 car paint meter

LS235 car paint meter is suitable for detecting the thickness of automotive paint. The body shell is generally made of metal materials such as iron or aluminum and non-metallic materials such as carbon fiber and plastic. Ordinary automotive paint meter can only detect iron and aluminum and non-metallic materials. However, LS235 can not only distinguish the car paint thickness on iron or aluminum substrates, but also discover the non-metal shell, intelligently identify the metallic putty and iron galvanized. It indicates the substrates by tri-color backlight. When the metallic putty is recognized, the screen turns red. When the iron galvanized car body is recognized, the screen turns green. In other measuring pattern, the screen is white.

Parameters

TECLOCK- Dial Pipe Gauge:

Models:

*Suitable for measuring thickness of pipe and curved plate etc. Radial thickness can be measured up to minimum diameter φ 3.5mm.

·Graduation 0.01mm

·Measuring Range 10mm

·Upward Shockproof Anvil fixed type

·Graduation 0.01mm

·Measuring Range 10mm

·Anvil replaceable type (Φ0.5, Φ1.0, Φ2.0mm)

Graduation 0.01mm

·Measuring Range 10mm

·Anvil replaceable type (option)

THICKNESS MEASUREMENT GAUGE

Importers Distributors,Dealers of ELEKTRO PHYSIK suppliers are tirupur,thiruvannamalai,Nilgiris,Villupuram,Virudunagar,Erode,Madurai,Thanjavur,Tiruchirappalli,Kanchipuram,Dharmapuri,Salem,Cuddalore

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.

Non-destructive coating thickness gauge for:

·         Non-magnetic coatings on steel

·         Insulating coatings on non-ferrous metals

·         Copper layers on insulating substrates

·         Powder coatings on steel and non-ferrous metals

An intelligent SIDSP sensor enables the MiniTest FH to provide high-precision measurement and reproducibility while compensating for the influence of temperatures in the measuring environment and in the object being measured. A wide range of sensors allows to adapt to different applications and measuring tasks.

The MiniTest FH functions as follows: Thickness is determined by measuring the distance of a reference ball or wire to the sensor tip. The reference ball is attracted by a powerful magnet positioned directly behind the sensor tip. The steel target balls are treated according to a specialised ElektroPhysik procedure which allows reproducibility of test results of up to 0.5%.

Special features such as an automatic calibration function for zero calibration and direct transfer of readings into a spreadsheet or CAQ system complement the high user comfort provided by the intuitive menu operation.

Non-destructive wall thickness measurement of:

·         Non-magnetic materials like synthetic materials, glass, ceramic, non-ferrous metals…

·         All kinds of hollow items like bottles, aluminium cans, glass and plastic containers with complex geometries…

·         Thermo-moulded parts like cups, cans, bowls…

·         Die-cast and moulded plastic parts, fibre compound materials, non-ferrous metals etc., for e.g. in the automotive field (gear casing, body and interior components), in avionics (turbine components, combustion chambers, high-pressure pipes), in the medical field…

MiniTest 7400 ELEKTRO PHYSIK

Importers Distributors,Dealers of ELEKTRO PHYSIK suppliers are tirupur,thiruvannamalai,Nilgiris,Villupuram,Virudunagar,Erode,Madurai,Thanjavur,Tiruchirappalli,Kanchipuram,Dharmapuri,Salem,Cuddalore

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

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).

Non-destructive coating thickness measurement:

• Non-magnetic coatings like varnishes, enamels, chrome and zinc on ferromagnetic base materials (e.g. steel)
• Insulating coatings like varnishes and anodising aluminium on non-ferrous metals (e.g. aluminium, copper, die-cast zinc)

·         Magnetic induction (F-type sensors) according to DIN EN ESO 2808, method 7C

·         Eddy current (N-type sensors) according to DIN EN ESO 2808, method 7D

The MiniTest 400 is available in three variants:

·         MiniTest 420 – the sturdy entry-level model with the most important basic functions

·         MiniTest 430 – with an extended range of functions and a USB interface

·         MiniTest 440 – the high-end device that can also take measurements by penetrating coatings

The intelligent ultrasonic test probes are recognised automatically by the device. Recalibration is therefore unnecessary when switching probes.

You can scan an item continually for thin areas in minimum mode.

Sturdy and economically priced basic model with memory, USB interface and automatic probe-calibration detection. Standard and minimum measurement modes are available.

With integrated memory for 10 groups each with maximum 500 measuring values and USB interface. Besides the MiniTest 420 model, the differential, alarm and scanning measuring modes are also available.

High-end device with integrated memory for 10 groups each with a maximum capacity of 500 measuring values, USB interface and 5 measuring modes; connecting echo-echo probes is possible.

Non-destructive wall thickness measurement of::

·         Hard materials like metal, synthetic material, glass, ceramic etc.

·         Hollow bodies of all kinds like tanks, pipes etc.

·         Non-destructive wall thickness measurement ranging between 0.65 mm and 500 mm

·         High measurement precision and repeatability

·         High resolution of 0.01 mm

·         Scan mode with 10 measurements per second

·         Low voltage memory

·         Minimum mode to detect thinning due to erosion or selective/pitting corrosion

·         Alarm mode with optical and acoustic signals to indicate exceeded limit values

·       

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

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.

Non-destructive coating thickness gauge for:

·         Non-magnetic coatings on steel

·         Insulating coatings on non-ferrous metals

·         Copper layers on insulating substrates

·         Powder coatings on steel and non-ferrous metals

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

• Measuring Range:  0-2000μm
• Resolution:

• Accuracy:  ±(2µm+3%L) ('L' is measuring thickness in µm                  
• Measuring Interval: 0.5s
• Calibration Mode: zero calibration
• Measuring Mode: Fe, NFe, Fe/NFe
• Minimum Substrate thickness: Fe (0.2mm), NFe (0.05mm)
• Minimum measuring area: Ø25m
• Minimum curvature radium of workpiece:

• Unit: µm/mil
• Power supply: 2x1.5V AA batteries
• Main Unit Dimension: 101x62x28mm
• Weight: 79g

• Probe is suitable for both magnetic and non-magnetic metal substrates
• Can measure the thickness of non-magnetic coating and non-metallic
  coating on magnetic metal substrate
  Substrate: iron, steel, magnetic stainless steel (not for non-magnetic stainless steel) Coating: zinc, aluminum, copper, chrome, tin, plastic, powder, paint (not for nickel)
• Can measure the thickness of non-conductive coating on non-magnetic metal substrate (Substrate: copper, aluminum, zinc, non-magnetic stainless steel
  Coating: plastic, powder, paint, anodizing (not for chrome and zinc plating)
• 3 measuring modes: Fe, NFe, Fe/NFe
• Store 9 measuring records
• Small and portable, easy for operation

• Measuring Range:  0-2000μm
• Resolution:

• Accuracy:  ±(2µm+3%L) ('L' is measuring thickness in µm)                 
• Measuring Interval: 0.5s
• Calibration Mode: zero calibration
• Measuring Mode: Fe, NFe, Fe/NFe
• Minimum Substrate thickness: Fe (0.2mm), NFe (0.05mm)
• Minimum measuring area: Ø25m
• Minimum curvature radium of workpiece:

• Unit: µm/mil
• Power supply: 2x1.5V AA batteries
• Main Unit Dimension: 101x62x28mm
• Probe Dimension: 71x26x22mm
• Weight: 114g

• Probe is suitable for both magnetic and non-magnetic metal substrates
• Can measure the thickness of non-magnetic coating and non-metallic
  coating on magnetic metal substrate
  Substrate: iron, steel, magnetic stainless steel (not for non-magnetic stainless steel) Coating: zinc, aluminum, copper, chrome, tin, plastic, powder, paint (not for nickel)
• Can measure the thickness of non-conductive coating on non-magnetic metal substrate (Substrate: copper, aluminum, zinc, non-magnetic stainless steel
  Coating: plastic, powder, paint, anodizing (not for chrome and zinc plating)
• 3 measuring modes: Fe, NFe, Fe/NFe
• Store 9 measuring records
• Small and portable, easy for operation

• Probe: Magnetic induction probe (included)
• Measuring Range:  0-500μm
• Resolution: 0.1μm (range<100μm); 1μm (100μm≤range≤500μm)
• Accuracy: ±(0.5+2%L)μm L is measuring thickness in µm
• Repeatability: ≤(0.2+0.8%L)μm L is measuring thickness in µm
• Measuring mode: Single and Continuous

• Measure interval:

• Calibration mode: zero calibration and multi-points calibration (1-5 points) 
• Minimum substrate thickness: 0.1m
• Minimum measuring area: 7mm

• Minimum radius of curvature workpieces:

• Unit: µm/mil
• Power supply: 4x1.5V AAA batteries
• Dimension: 148x76x26mm 
• Weight: 148g

• Can measure thickness of thin coating below 10µm
• High repeatability
• Magnetic induction probe measures the thickness of non-magnetic coating and non-metallic coating on magnetic metal substrate (Substrate: iron, steel, magnetic stainless steel (not for non-magnetic stainless steel) Coating: zinc, aluminum, copper, chrome, tin, plastic, powder, paint (not for nickel)
• Eddy current probe measures the thickness of non-conductive coating on non-magnetic metal substrate (Substrate: copper, aluminum, zinc, non-magnetic stainless steel) (Coating: plastic, powder, paint, anodizing (not for chrome and zinc plating)
• Maximum, minimum, average and variance values can be calculated automatically

The INSIZE 2879-10 High Precision Digital Thickness Gage has the following specifications:

• Range: 0-0.4″/0-10mm
• Resolution: 0.0005″/0.01mm
• Accuracy: ±0.02mm
• Repeatability: 0.001mm

Features:

• Ceramic spindle tip and anvil
• Button function: on/off, inch/mm, zero, data preset, change measuring direction, absolute/incremental measurement
• Keep preset data in memory after restart
• CR2032 battery, automatic power off (time is adjustable)
• Data output
• Optional accessory: data output cable (code 7315-S0M, 7302-S0M)

The SmarTest is a handheld wireless coating thickness measurement instrument with Bluetooth that turns your smartphone or tablet into a coating thickness measurement tool.

The intelligent wireless coating thickness gauge is perfect for non-destructive coating thickness measurement and relays your  data readings via Bluetooth to your tablet, smart phone or to the coating thickness gauge MiniTest 745.

The SmarTest sensor is 16 mm in diameter, 125 mm  in length and weighs just 48g. It’s similar in size to a ballpoint pen so you can carry it in your top pocket along with your smartphone.

The standard instrument is supplied with the F 1.5 (Ferrous) or FN 1.5 (Non-Ferrous) sensor.  Alternatively you can purchase any SIDSP sensor available in the range, simply connect it to the SmarTest gauge and cover a wide range of coating thickness measurement tasks (see  full list of sensors in the accessories list).

The easy to use SmarTest App can be downloaded free of charge on your mobile device and has a step by step guide to operate the instrument:

• Start the SmarTest app on the mobile device
• Switch on the wireless sensor and the Bluetooth connection is established automatically
• Take measurements
• Measurement values will be displayed, stored  & can be exported in CSV format

The MiniTest 400 is a sturdy and accurate non destructive ultrasonic wall thickness measurement gauge ideal for measuring hard materials such as metal, synthetic material, glass, ceramic etc., and covers a range of shapes and hollow bodies of all kinds like tanks, pipes and more.

Based on the ultrasonic pulse run-time method, we offer three variations of this wall thickness gauge depending on the users requirements and budget.  Users can choose from 6 ultrasonic probes with frequencies ranging between 2 and 10 MHz in different designs offering a broad spectrum of applications and thickness measurements ranging from 0.65 mm to 500 mm.  A high temperature ultrasonic probe is also available, designed for measurement of hot materials with temperatures of up to 350 °C.  The instrument is equipped for automatic detection of the intelligent ultrasonic probes and re-calibration is not required upon switching probes. 

Applications:

Non-destructive wall thickness measurement of:

• Hard materials like metal, synthetic material, glass, ceramic etc.
• Hollow bodies of all kinds like tanks, pipes etc.

Various measurement modes available:

Standard: The standard mode displays the active measurement reading.

Minimum: The lowest measured value (= thinnest point) is displayed while measuring. This mode is suited for measurement on curved surfaces or to locate the thinnest wall thickness.

Differential: Shows the differential value between the required thickness and the effective thickness measured.

Alarm (Limit): Activates an optical and acoustic alarm when values exceed or fall short of the threshold values.

Scan: Particularly suitable for quick measurements at high material temperatures.

The MiniTest 7400FH is a professional, high-end wall thickness measurement gauge suitable for non-destructive testing of non-magnetic materials such as glass, plastics, stainless steel and composites of up to 24mm.  The thickness gauge is suitable for use on complex component geometries and offers repeatability, compensates for temperature influences of the measuring environment & the measurement object and is very highly wear-resistant.

The wall thickness is determined by measuring the distance of a steel reference ball to the sensor tip.  A powerful magnet attracts the reference ball which holds it exactly over the sensor tip.

Measurements are displayed on an easy to use menu driven operator interface and data filing system.  To maximise the accuracy of the instrument, two easily interchangeable sensors (probes) with a carbide metal probe tip and a variety of ball sizes are available to cover thickness ranges from 0 to 4 mm (FH4 probe) and 0 to 10 mm (FH10 probe).

Applications

The Minitest 7400FH is suitable for non-destructive wall thickness measurement of:

• Non-magnetic materials like plastics, glass, ceramic, non-ferrous metals.
• All kinds of hollow items like bottles, aluminium cans, glass and plastic containers with complex geometries.
• Thermo-moulded parts like cups, cans, bowls.
• Die-cast and moulded plastic parts, fibre compound materials, non-ferrous metals etc., for example in the automotive field (gear casing, body and interior components), in avionics (turbine components, combustion chambers, high-pressure pipes), in the medical field.

The GalvanoTest 2000 & 3000 is a coating thickness gauge based on the Coulometric principle (anodic dissolution) and will work on virtually all kinds of electroplated single or multi-layer coatings (chromiumm, nickel, cadmium, copper, brass, silver, gold, tin, zinc) on metals or non-metals.

The instrument is available in two models:

• GalvanoTest 2000: the electrolyte is moved by a pulsator nozzle
• GalvanoTest 3000: large electrolyte volumes moved by a circulation pump enables quick serial measurements.  This instrument is particularly suitable for use on very small parts and to measure gold layers.

The anodic dissolution method, also known as Faraday’s Coulometric method, works on the lines of the electroplating process: electric current passed through an electrolyte separates individual metal coatings from the substrate. By measuring the current and time the Galvano Test determines the thickness of the coating separated.

Measuring range: 50 nm – 75 µm / 0.002 – 3 mils.

The MiniTest 7400 is a high end dry film coating thickness gauge with a wide range of external interchangeable probes and memory for up to 250,000 measurement values and 500 measurement groups.  The instrument enables the user to take a wide range of measurements, from the thinnest coatings in the sub-micrometer range (e.g. galvanised coatings), difficult geometries of the objects to be measured (e.g. measurement of steel pins, measurement to be taken in recesses and holes, etc.) down to thick coatings (e.g. flame retardant coatings in steel constructions, rubber coatings etc.).

The probes (sensors) supplied with the instrument are extremely accurate and reproducing results on account of their manufacturing process. Despite high accuracy the sensors are wear resistant and withstand even years of use on rough surfaces. Each sensor is subject to a fully automatic factory test and provided with 50 calibration points for correction of even the slightest deviations.  Each sensor is encoded with temperature compensation for automatic correction of the effect of temperature on the readings.

 Applications:

Non-destructive coating thickness measurement of:

• Non-magnetic coatings like varnishes, enamels, chromium and zinc on ferromagnetic base materials (e.g. steel)
• Insulating coatings like varnishes and anodising aluminium and non-ferrous metals (e.g. aluminium)

The MiniTest 70 range of Coating Thickness Gauges are small, lightweight and economical.  The instrument has an integrated sensor for those looking for a quick and accurate measurement of non-magnetic coatings on steel and insulating coatings on non-ferrous metal.  The instrument is widely used in the Automotive industry on the shop floor for quick and easy measurements for paint layer thickness (MiniTest 70 E-FN).

The MiniTest 70 coating thickness gauge enables non destructive measurement of

• non-magnetic coatings (paint, synthetic materials, chromium etc.) on a ferromagnetic substrate (steel)
• insulating coatings (varnish, enamel, synthetic material etc.) on conductive substrates (aluminium, copper, austenitic stainless steel) (only in the FN type models).

The MiniTest 650 is a rugged coating thickness gauge with a fixed external probe for all non-magnetic coatings on steel and all insulating coatings on non-ferrous metals.  The instrument is particularly suited to measure coating thickness in rough environments and on abrasive surfaces for example sandblasted steel, heavy duty corrosion protection in ship building, at offshore installations and mining facilities and also on plasma-sprayed surfaces.

The instrument is available in 3 model options: F, N and FN with fixed universal probe offering automatic substrate identification for quick measurements and is ideal for measuring coatings with a thickness of up to 2 and 3 mm.

Applications

Non-destructive coating thickness measurement:

• Non-magnetic coatings like varnishes, enamels, chrome and zinc on ferromagnetic base materials (e.g. steel)
• Insulating coatings like varnishes and anodising aluminium on non-ferrous metals (e.g. aluminium, copper, die-cast zinc)

Features

• Coating thickness measurement of up to 2 and 3 mm
• Universal probe offering automatic substrate identification for quick measurement on steel and non-ferrous metals
• Wear-resistant probe tips with practically unlimited durability
• USB-interface to transfer data to a PC
• Statistical evaluation of the readings (measurement data)

The MiniTest 700 is a range of universal coating thickness gauges that rank amongst the most accurate, reliable and versatile coating thickness measurement instruments available today.

This range of coating thickness gauge is available in 3 versions depending on your application with built in, external, convertible or wireless probes (sensors). The instrument boasts inbuilt Bluetooth technology, giving the freedom to view measurements on your mobile phone or table, without the need for wi-fi.  This allows for fast and easy interpretation of measurement results straight from your inspection site and perfect for when you’re always on the move.

The MiniTest 700 range is ideal for non-destructive coating thickness measurement of:

• Non-magnetic coatings like varnishes, enamels, chromium and zinc on ferromagnetic base materials (e.g. steel)
• Insulating coatings like varnishes and anodising aluminium on non-ferrous metals (e.g. aluminium, austenitic stainless steel, brass)

The MiniTest 2500-4500 coating thickness gauge is the successor to the very popular MiniTest 3100,  it is based on high-precision and modern measuring technology yet is an easy to use, touch-of-a-button operated instrument which meets user requirements for practical, easy application.

Offering a large range of probes (see datasheet in the download section), different calibration methods and evaluation options, the instrument is ideal for a wide range of tasks in the field of coating thickness measurement.

The non-destructive measurement covers the following measuring ranges:

• 0-50mm for non-magnetic coatings on steel
• 0-100mm 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 and data transfer to PC is carried out via a USB interface with the MiniTest 4500 additionally offering Bluetooth connectivity.

The MiniTest 2500/4500 is ideal for non-destructive coating thickness measurement of:

• Non-magnetic coatings on steel
• Insulating coatings  on non-ferrous metals
• Copper layers on insulating substrates
• Powder coatings on steel and non-ferrous metals.

• Electrically insulating coatings on various metals, e. g. paint on steel or aluminum
• Electrically conductive, non-magnetizable layers on ferrous metals, such as zinc, copper or chromium on steel
• Weakly electrically conductive layers on highly conductive metals, e. g. chrome and electroless nickel on copper or aluminum
• Thickness of solder layer on copper in printed circuit board production
• Graphite layers on piston surfaces or corrosion protection layers on brake disks in the automotive sector
• Ferrite content in austenitic or duplex steels