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About Us
MODSONIC is a leading Indian manufacturer, exporter and marketer of portable “Ultrasonic Testing Equipment”. The product range covers various models of Ultrasonic Flaw Detectors, Ultrasonic Thickness Gauges, Various standard and custom made probes, Reference / Calibration Blocks and other allied accessories.
MODSONIC has a large manufacturing facility of 12,000 sq. ft. over a plot of 32,000 sq. ft. All the facilities like Workshop, Electronic Assembly and Calibration units, Research and Development Cell, Application Laboratory, Administration Block, Marketing setup, Training Center etc. are all under one roof at GIDC, Industrial Estate, Naroda, Ahmedabad, INDIA.
About Us
MODSONIC is a leading Indian manufacturer, exporter and marketer of portable “Ultrasonic Testing Equipment”. The product range covers various models of Ultrasonic Flaw Detectors, Ultrasonic Thickness Gauges, Various standard and custom made probes, Reference / Calibration Blocks and other allied accessories.
MODSONIC has a large manufacturing facility of 12,000 sq. ft. over a plot of 32,000 sq. ft. All the facilities like Workshop, Electronic Assembly and Calibration units, Research and Development Cell, Application Laboratory, Administration Block, Marketing setup, Training Center etc. are all under one roof at GIDC, Industrial Estate, Naroda, Ahmedabad, INDIA.
Our Product Range
Ultrasonic Flaw Detectors
Weighs only 800g with battery
One-hand-operation
Square Wave Pulser
High resolution (800 x 480 pixels ) WVGA display
Ultrasonic Thickness Gauges
It is a precision Ultrasonic Thickness Gauge Reading Resolution of 0.01 mm Measuring accuracy of ±0.04 mm. Ideal for measuring dimensional accuracy of machined, pressed or drawn parts.
Ultrasonic Flaw Detectors
Crystal Size (mm) : 20×22
Angle of Regraction in Steel (degrees) : 38, 45,
60, 70, 80, 90
Frequencies (MHz) : 2, 4
Connectors : BNC
Allied Accessories
For use on angle beam probes to salvage the probes with worn-out face. Wear plates can be stuck to the face of the angle probes using adhesive.
Railway Products
Special Ultrasonic Flaw Detector approved by RDSO (Indian Railways) for conformity to their standard M&C/NDT/129/2005 Rev – I Suitable for testing for welded joints on railway tracks. Very portable and convenient use.
Other Products
It measures sound velocity in the homogenous material whose thickness is known. Ideal for segregation of casting parts based on percentage modularity. Memory of 2000 readings and PC connectivity available in model EdVel – 1M
Our Product Range
Ultrasonic Flaw Detectors
Weighs only 800g with battery
One-hand-operation
Square Wave Pulser High resolution (800 x 480 pixels ) WVGA display
Ultrasonic Thickness Gauges
It is a precision Ultrasonic Thickness Gauge Reading Resolution of 0.01 mm Measuring accuracy of ±0.04 mm. Ideal for measuring dimensional accuracy of machined, pressed or drawn parts.
Ultrasonic Transducers
Crystal Size (mm) : 20×22
Angle of Regraction in Steel (degrees) : 38, 45,
60, 70, 80, 90
Frequencies (MHz) : 2, 4
Connectors : BNC
Allied Accessories
For use on angle beam probes to salvage the probes with worn-out face. Wear plates can be stuck to the face of the angle probes using adhesive.
Railway Products
Special Ultrasonic Flaw Detector approved by RDSO (Indian Railways) for conformity to their standard M&C/NDT/129/2005 Rev – I Suitable for testing for welded joints on railway tracks. Very portable and convenient use.
Other Products
It measures sound velocity in the homogenous material whose thickness is known. Ideal for segregation of casting parts based on percentage modularity. Memory of 2000 readings and PC connectivity available in model EdVel – 1M
How It Works
Why Modsonic
ISO Certified Company
Modsonic is ISO 9001:2015 accredited manufacturer and exporter of Portable Ultrasonic Testing Equipment. We serve Industries, Railways and NDT Service Companies in India and Overseas since last 30 years .
Customer Satisfaction
We have more then 1000 satisfied customers in India and Overseas. Our Customer segment includes Foundries, Forging Units, Fabrication Units, Defense, Automobile units, Oil Refineries, Railways, NDT Service companies, NDT training companies, and more.
Quality Policy
Modsonic Instruments would like to emerge as number one Indian manufacturer of Ultrasonic Testing Equipment by maintaining quality standards in all the operations through involvement and development of its people and effective implementation and continual improvement of Quality Management System.
Why Modsonic
ISO Certified Company
Modsonic is ISO 9001:2015 accredited manufacturer and exporter of Portable Ultrasonic Testing Equipment. We serve Industries, Railways and NDT Service Companies in India and Overseas since last 30 years .
Customer Satisfaction
We have more then 1000 satisfied customers in India and Overseas. Our Customer segment includes Foundries, Forging Units, Fabrication Units, Defense, Automobile units, Oil Refineries, Railways, NDT Service companies, NDT training companies, and more.
Quality Policy
Modsonic Instruments would like to emerge as number one Indian manufacturer of Ultrasonic Testing Equipment by maintaining quality standards in all the operations through involvement and development of its people and effective implementation and continual improvement of Quality Management System.
Frequently Asked Questions
It is popular abbreviation of “Non-Destructive Testing”. NDT is a branch of “Material Testing” which does not affect the future usefulness (serviceability) of the object after the examination is over. NDT provides an excellent balance between Quality Control and cost effectiveness.
NDT includes the following popular methods.
• Ultrasonic
• Radiography
• Magnetic Particle
• Dye-Particle
• Eddy-Current
• Acoustic Emission etc
• Detect internal or external imperfections
• Determine structure, composition, or material properties
• Measure Geometric characteristics
NDT should be used in the phases of a product’s design and manufacture, including material selection, research and development, assembly, Quality Control and Maintenance.
What is “Material Testing by Ultrasonics”?
Sound in the frequency range of 500 x 103 cycles/sec(500KHz.) to about 50 x 106 cycles/sec. (50 MHz.) is used for “Material Testing by Ultrasonics”. It is above the human audible range and hence it is called Ultrasonic. Ultrasonic is the most extensively used NDT method. It has following inherent advantages over other methods.
• Safe
• Gives instant results
• Can penetrate high thickness
• Economical
• Can generate instant “Test Report”
• Can detect majority of types of defects
• Easy to introduce automation
• Material Testing for surface/internal discontinuity
• Detecting discontinuity
• Locating discontinuity
• Evaluating discontinuity
• Diagnosing discontinuity
• Wall thickness Measurement
• Remaining (Residual) thickness measurement
• Checking dimensions of a solid object
• Material Characterization
• Determining Physical Properties
• Percentage nodularity in SG Cast Iron
Frequently Asked Questions
It is popular abbreviation of “Non-Destructive Testing”. NDT is a branch of “Material Testing” which does not affect the future usefulness (serviceability) of the object after the examination is over. NDT provides an excellent balance between Quality Control and cost effectiveness.
NDT includes the following popular methods.
• Ultrasonic
• Radiography
• Magnetic Particle
• Dye-Particle
• Eddy-Current
• Acoustic Emission etc
• Detect internal or external imperfections
• Determine structure, composition, or material properties
• Measure Geometric characteristics
NDT should be used in the phases of a product’s design and manufacture, including material selection, research and development, assembly, Quality Control and Maintenance.
What is “Material Testing by Ultrasonics”?
Sound in the frequency range of 500 x 103 cycles/sec(500KHz.) to about 50 x 106 cycles/sec. (50 MHz.) is used for “Material Testing by Ultrasonics”. It is above the human audible range and hence it is called Ultrasonic. Ultrasonic is the most extensively used NDT method. It has following inherent advantages over other methods.
• Safe
• Gives instant results
• Can penetrate high thickness
• Economical
• Can generate instant “Test Report”
• Can detect majority of types of defects
• Easy to introduce automation
• Material Testing for surface/internal discontinuity
• Detecting discontinuity
• Locating discontinuity
• Evaluating discontinuity
• Diagnosing discontinuity
• Wall thickness Measurement
• Remaining (Residual) thickness measurement
• Checking dimensions of a solid object
• Material Characterization
• Determining Physical Properties
• Percentage nodularity in SG Cast Iron