Instrumentation

The Coating thickness gauge measures coatings on all metals. It is the economical choice that retains the uncompromising quality of coating thickness and inspection instruments.

• V-Tech Ferrours measures non- magnetic coatings on steel
• V-Tech combo measures both non- metalic coatings on aluminium, brass, etc.. Automatically recognizes the substrate and takes a measurement.

We are offering Coating Thickness Gauge to our clients.

Specification:

• As Plating: Gold, copper, zinc, tin, chromium, hard chromium, lead etc
• As coating: Paint, resinous coating
• As film: Plastic, metal foils

The magnetic base may be of materials like:

• Iron
• Nickel
• Cobalt
• Magnetic
• Stainless Steel

Ranges Available:

• Range: 0 – 250 microns
• Range: 50 – 800 microns

1.Purpose: depth and height measurement, aperture and groove measurement.
2. Zero at any position.
3. Measuring range: 0-80mm, arbitrary conversion of Metric and British system.
4. Large LCD screen, data retention function, convenient reading.
5. With magnetic base, easy to adsorb metal workpiece.
6. Measurement of aperture and depth of groove can be achieved with an attached needle

Material : plastic
Net weight : 106g
Product size : 140*100mm/5.51*3.94"
Power  voltage : CR2032 battery Measuring range : 0-80mm/3.15"
Resolution : 0.01mm

If you are looking for quality laboratory testing and measuring equipment, then trust us to believe our words. We value our customers and understand the importance of the equipment. Hence, we supply all the products at the doorstep of the customers on time. To believe our words, buy our VTech Dial Thickness Gauge Digital and see how it works. 

 

1 Standard throat depth : 40 mm
2 Long Range throat depth : 150 & 300 mm

3 Contact points : With / without ceramic contact points

4 Measuring Range : 0-25 mm for flat surface

5 Measuring Range : 0-50 mm for round surface

6 Least Count : 0.1mm, 0.01mm, 0.001mm

7 Measuring Range : 0-10mm,0.001mm

 

It is an easy to use thickness gauge for PET bottles, Glass products and preforms that utilizes the proven Hall effect principle of magnetism to makefast, accurate and repeatable measurement of wall thickness of PET bottles,Glass products(borosil tube, glass bottles etc.) and preforms. The thickness gauge is light weight hand held and in it's minimum mode continuously displays the lowest thickness readings.

Thickness Range and Accuracy
Target Ball Thickness Range Calibrated Diameter (with standard probe) Accuracy (1.50 mm) (0.001-2.00 mm) ±2%*
(2.50 mm) (0.001-3.90 mm) ±2%*
(4.00 mm) (0.001-7.00 mm) ±2%* 

It was particularly for measuring tasks in the automobile as well as fastidious painting applications in other industries. This compact gauge permits extremely precise measurements of lacquer and corrosion protection thicknesses, both on steel and iron as well as on non-ferrous metals such as aluminum, zinc, copper. With the practice oriented product properties, professionals immediately recognize the handwriting of AUTOMATION.



Extremely Precise : High measuring accuracy over the entire measuring range.
Simple Operation : No calibration. Only one button. One-hand operation.
Innovative Technology : Proven Hall sensor and Eddy Current technology.Integrated measuring probe without cables or plugs.
Broad Spectrum of Use : Dual probe for measurements on steel andnon-ferrous metals.
Protective Measuring : Polished ruby tip to protect both probe and surface tobe measured.
Simply Perfect : VT-4500 precise measurements on steel, iron and non-ferrousmetals become simply perfect. Change between the measuring procedures bysimply pressing on the button. No calibration. With high precision over the entiremeasuring range: Fe 3000 μm and NFe 2000 μm. The sensitive measuring probeof the extremely small, light and handy QNix® 4500 is integrated into the gauge.It is equipped with a readable LCD that informs about readings, battery condition,mode of operation and serial number.



Advantages

• Gauge for standard applications - simple, fast measurements.
• One-hand operation. Only one button. No calibration.
• Automatic On/Off switching.
• High precision over the entire measuring range: Fe 3000 μm
• and NFe 2000 μm.
• Broad spectrum of use for nondestructive measurements on steel, iron
• and non-ferrous metals such as aluminum, zinc, copper and brass.
• Compact design with integrated probe.
• Innovative, proven technology: Hall sensor and Eddy Current technology.
• Acoustic signal for confirmation that measurement has been taken.
• Non wearing ruby probe tip for long term use.

Scope of supply

• Coating thickness gauge
• Gauge carrying case with reference plates.
• 2 x 1,5 V Mignon Batteries (Type AA Alkali).
• Instruction manual.

• The NF Paint Coating Thickness Gauge (SF00001988) is a precision instrument designed for measuring the thickness of non-conductive coatings on non-ferrous substrates, such as aluminum, copper, or brass. Utilizing the eddy current measurement principle, this handheld gauge provides accurate and consistent readings, making it an essential tool for quality control in painting, finishing, and industrial coating processes.

  Its portable and lightweight design, combined with intuitive calibration options, makes it highly suitable for both field and laboratory use.

  Key Features

  • Specifically for non-ferrous substrates (NF)

  • Fast, non-destructive coating thickness measurement

  • High-resolution digital display with backlight

  • Auto power-off function to conserve battery

  • Zero and dual-point calibration for improved accuracy

  • Compact, ergonomic design for easy handling

  Applications

  • Automotive refinishing and inspection

  • Powder coating and paint quality control

  • Metal finishing and plating workshops

  • Aerospace and marine maintenance

  • Manufacturing and industrial QA/QC

The Paper Thickness Gauge is a precision laboratory instrument designed to accurately measure the thickness of paper, board, films, and other sheet materials. With a throat depth of 50 mm and a digital display, it offers quick and reliable readings for quality control and R&D applications.

The unit is tabletop-mounted and equipped with a high-accuracy dial gauge featuring a least count of 0.001 mm. A 10 mm diameter indenter applies consistent pressure of 100 gm/cm², ensuring dependable and repeatable results across various sample types. The robust anvil, approximately 50 mm in diameter, provides a stable measuring surface.

Key Features

• High-precision digital thickness measurement
• Least count of 0.001 mm for fine accuracy
• Consistent pressure application using 100 gm/cm² indenter
• Suitable for paper, film, board, and sheet materials
• Tabletop model designed for lab environments
• Made in India with reliable build quality

This Digital Thickness Gauge is a precision measuring instrument designed for accurate thickness measurements of various materials such as metal sheets, paper, plastic films, rubber, and textiles. With a measuring range of 0 to 10 mm and accuracy up to 0.01 mm, it is ideal for applications requiring high precision.

Featuring a 30 mm throat depth, it allows for convenient access to internal and external measurement points. The digital display ensures easy and quick reading of measurements, while the automatic operation mode streamlines the measuring process for efficient workflow.

Its compact dimensions (18 cm x 5 cm x 24 cm) and ergonomic design make it portable and user-friendly for both industrial and laboratory settings.

Key Features

• High-precision measurement with 0.01 mm accuracy

• Digital display for clear and instant readouts

• 30 mm throat depth for versatile measuring positions

• Automatic mode for smooth and efficient operation

• Compact and ergonomic design for handheld or benchtop use

Applications

• Quality control in manufacturing

• Paper, plastic, rubber, and textile thickness testing

• Laboratory measurements and research

• On-site inspection and material verification

• Automotive and aerospace component evaluation

• Three measuring heads are attached to the stainless steel rule (blade),allowing versatile measurements on various types of workpieces

• The measuring heads are hardened.

• Economy sets not including a protractor head are also available.

Technical Data

• Center head: Used to locate centers of round workpieces

• Protractor head: Used to set the rule at a desired angle to an edge of a workpiece. Also used for measuring angles.

• Square head: Used to set the rule at 90° or 45° to an edge of a workpiece.

The High-Precision Deadweight Tester serves as a primary standard for pressure calibration in laboratories. With an accuracy of 0.006% of reading, it is suitable for calibrating, testing, and adjusting pressure measuring instruments. Constructed from high-quality materials, including a tungsten carbide piston-cylinder assembly, it ensures long-term stability of up to five years. Available in multiple single and dual-piston ranges, it can generate test points up to 1,400 bar or kg/cm². The tester operates in various engineering units such as bar, psi, kPa, MPa, and kg/cm², making it versatile for laboratory and industrial calibration applications.

Key Features

• Extremely high accuracy of 0.006% of reading.

• Primary standard for laboratory pressure calibration.

• Precisely manufactured piston-cylinder system for reliable measurement.

• Tungsten carbide construction for durability and precision.

• Available in single and dual-piston measuring ranges.

• Masses calibrated to local gravity for accurate test points.

• Excellent long-term stability (~5 years).

• Adjustable foot and spirit level for proper setup.

• Supports multiple engineering units (bar, psi, kPa, MPa, kg/cm²).

Applications

• Laboratory calibration of pressure gauges and transmitters.

• Testing and adjustment of industrial pressure instruments.

• Reference standard for high-precision metrology labs.

• Calibration of hydraulic and pneumatic measurement devices.

• Quality assurance and compliance in manufacturing and R&D.

The Magnaflux Pie Field Indicator is a tool used to visualize the direction of magnetic flux during magnetic particle inspections (MPI). It aids in detecting surface and near-surface discontinuities in ferrous materials.

Key Features:

1. Design and Construction: Made of eight ferrous segments arranged in a star pattern to create a visual indication of magnetic flux.
2. Indication Pattern: Displays indications perpendicular to the magnetic flux direction, helping to identify discontinuities.
3. Handle and Pivot: Features a non-ferrous handle and pivot for easy handling and precise positioning during inspections.
4. Compliance Standards: Conforms to industry standards, ensuring reliability and accuracy in inspections.
5. Magnetic Particle Compatibility: Works effectively with dry magnetic particles for use in yoke inspection applications.
6. Flexible Use: Can be used at various angles to fit different inspection scenarios and ensure thorough evaluation.
7. Non-Ferrous Construction: The non-ferrous handle prevents interference with the magnetic field, ensuring accurate readings.