Complete Ultrasonic Thickness Measurement and Industrial Inspection Guide Malaysia

Complete Ultrasonic Thickness Measurement and Industrial Inspection Guide Malaysia

Introduction

Ultrasonic Thickness Measurement is an important method used in industrial maintenance, manufacturing quality control, steel fabrication, pipeline inspection and corrosion monitoring.

In Malaysia, factories and engineering contractors regularly need to measure the thickness of steel plates, metal pipelines, storage tanks and industrial equipment.

However, many components cannot be measured easily using conventional tools such as vernier calipers or micrometers.

An Ultrasonic Thickness Gauge provides a practical non-destructive method for measuring the thickness of suitable materials from one accessible side.

The Benetech GM100 Plus and Benetech GM130 Ultrasonic Thickness Gauges, available from MTM Precision Sdn Bhd Malaysia, are portable instruments designed for general industrial thickness measurement.

This complete guide covers:

How Ultrasonic Thickness Measurement Works

Benetech GM100 Plus vs GM130 Comparison

Steel Plate Thickness Measurement

Industrial Pipe Wall Thickness Inspection

Storage Tank Wall Inspection

Corrosion Monitoring

Water Treatment Plant Applications

Steel Fabrication Quality Control

Used Machinery Inspection

Sound Velocity Settings

Calibration and Accuracy Checking

Common Measurement Errors

Industrial Buying Recommendations

Whether you are a maintenance engineer, QA/QC technician, inspection contractor or industrial purchasing manager, this guide will help you understand ultrasonic thickness measurement and select an appropriate instrument.

1. What Is an Ultrasonic Thickness Gauge?

An Ultrasonic Thickness Gauge is a measuring instrument that uses ultrasonic sound waves to determine the thickness of suitable solid materials.

The instrument sends ultrasonic energy into the material through a probe.

When the sound reaches a suitable reflecting boundary, part of the ultrasonic energy returns to the probe.

The instrument calculates thickness using the measured echo travel time and configured sound velocity.

Basic Measurement Formula

Thickness = Sound Velocity × Echo Travel Time / 2

The division by two accounts for the sound travelling into the material and returning to the probe.

Main Advantages

Non-Destructive Measurement

Suitable materials can be measured without cutting through the component.

One-Side Access

Only one accessible surface may be required.

Portable Inspection

Handheld instruments are convenient for factory maintenance and site inspection.

Corrosion Monitoring

Repeated measurements may help identify possible wall thinning at selected locations.

Quality Control

Thickness readings can support material verification and inspection documentation.

Important Limitation

An ultrasonic thickness gauge measures thickness. It does not automatically detect every crack, corrosion pit or internal defect.

Specialized ultrasonic flaw detection equipment may be required for other inspection purposes.

2. Ultrasonic Thickness Gauge vs Conventional Measuring Tools

Different measuring instruments are suitable for different applications.

Measuring InstrumentMain ApplicationImportant ConsiderationVernier CaliperGeneral dimensional measurementRequires suitable physical accessMicrometerPrecision dimensional measurementRequires appropriate measuring surfacesUltrasonic Thickness GaugeThickness measurement from one accessible sideRequires suitable material and ultrasonic conditionsCoating Thickness GaugeProtective coating thicknessDoes not necessarily measure metal substrate thicknessUltrasonic Flaw DetectorSpecialized internal defect inspectionRequires appropriate inspection technique

When to Use an Ultrasonic Thickness Gauge

Consider ultrasonic thickness measurement when:

The rear surface is inaccessible.

The material cannot be cut.

The component is installed.

Thickness monitoring is required.

The component is suitable for ultrasonic measurement.

Ultrasonic thickness gauges complement mechanical measuring tools rather than replacing them in every application.

3. Benetech GM100 Plus vs GM130 Specification Comparison

The Benetech GM100 Plus and Benetech GM130 are portable ultrasonic thickness gauges for general industrial measurement.

SpecificationGM100 PlusGM130Steel Measuring Range1.2–300 mm1.0–300 mmWorking Frequency5 MHz5 MHzSound Velocity Range1000–9999 m/s1000–9999 m/sAutomatic CalibrationYesYesLinear Automatic CompensationYesNoCoupling Status IndicationYesYesThickness Value StorageYesYesUpper and Lower Thickness AlarmNoYesMeasurement Mode SelectionNoYesMetric / Imperial ConversionNoYes6 mm Probe CompatibilityNoYes10 mm Probe CompatibilityYesYesPower Supply3 × 1.5 V AAA3 × 1.5 V AAA

Important: The specified measuring ranges are based on manufacturer steel reference conditions. Actual measurement capability depends on material properties, probe selection, surface condition and geometry.

Benetech GM100 Plus

The GM100 Plus is suitable for general thickness measurement of compatible steel plates, metal pipelines, storage tanks and industrial components.

Benetech GM130

The GM130 offers additional features such as:

Upper and Lower Thickness Alarms

Measurement Mode Selection

Metric and Imperial Conversion

Compatible 6 mm and 10 mm Probe Options

These functions may be useful for varied industrial inspection applications.

4. How to Measure Metal Thickness Without Cutting

One major advantage of ultrasonic thickness measurement is the ability to measure suitable materials without cutting them.

Step-by-Step Procedure

Step 1 - Identify the Material

Determine whether the material is suitable for ultrasonic thickness measurement.

Step 2 - Confirm the Expected Thickness

Check whether the instrument and probe are appropriate for the expected range.

Step 3 - Prepare the Surface

Remove loose rust, dirt and scale that may interfere with probe contact.

Step 4 - Check the Instrument

Inspect the probe, cable and battery condition.

Step 5 - Verify the Instrument

Use a suitable known-thickness reference according to the manufacturer's instructions.

Step 6 - Set the Sound Velocity

Configure the appropriate ultrasonic sound velocity.

Step 7 - Apply Coupling Gel

Apply suitable ultrasonic coupling gel.

Step 8 - Position the Probe

Place the probe firmly against the material.

Step 9 - Read the Thickness

Check the coupling indication and obtain a stable reading.

Step 10 - Record the Result

Document the thickness and measurement location.

Important Reminder

A stable displayed reading does not automatically guarantee measurement accuracy.

Correct settings and verification remain essential.

5. Ultrasonic Thickness Gauge for Steel Plate Inspection

Steel plates are widely used in industrial manufacturing and fabrication.

Typical applications include:

Steel fabrication

Machinery construction

Industrial equipment manufacturing

Metal processing

Quality control

Material verification

Why Ultrasonic Measurement Is Useful

Large or installed steel plates may be difficult to measure using conventional mechanical tools.

A suitable ultrasonic thickness gauge can measure thickness from one accessible surface.

Typical Inspection Procedure

Identify the steel material.

Confirm the required thickness and tolerance.

Select measurement points.

Verify the instrument.

Apply coupling gel.

Measure and record the thickness.

Compare the results with applicable acceptance criteria.

Nominal material thickness is not automatically the same as minimum acceptable thickness.

The relevant engineering or material specification must be considered.

6. Ultrasonic Thickness Gauge for Industrial Pipe Wall Inspection

Industrial Pipe Wall Thickness Measurement is a common application in factories and engineering facilities.

Pipelines may experience corrosion, erosion or other forms of material deterioration.

Typical Applications

Cooling water pipelines

Industrial water distribution

Compressed air piping

Steel process pipelines

Factory utility systems

Why Pipe Thickness Matters

Wall thinning may affect the condition of a pipeline.

Repeated thickness measurements can help maintenance teams identify possible changes at selected locations.

Common Measurement Challenges

Pipe Curvature

Curved surfaces may reduce probe contact quality.

Small Pipe Diameter

Small pipes may require suitable probe geometry.

Surface Corrosion

Rough or corroded surfaces may interfere with ultrasonic coupling.

Protective Coatings

Paint may affect conventional ultrasonic thickness measurement.

GM100 Plus and GM130 Probe Options

The GM100 Plus supports a 10 mm probe.

The GM130 supports compatible 6 mm and 10 mm probe options.

Manufacturer Pipe Reference Specifications

ModelProbeSpecified Steel Pipe ReferenceGM100 Plus10 mmDiameter 20 mm × Wall 3 mmGM1306 mmDiameter 15 mm × Wall 2 mmGM13010 mmDiameter 20 mm × Wall 3 mm

These are manufacturer reference conditions, not guarantees for every pipe.

7. Ultrasonic Thickness Gauge for Steel Storage Tank Inspection

Steel storage tanks are commonly used in industrial facilities.

Applications include:

Water storage

Industrial processing

Manufacturing

Utility systems

Suitable chemical storage equipment

Common Deterioration Problems

Internal corrosion

External corrosion

Localized pitting

Coating deterioration

Previous repairs

Thickness Measurement Procedure

Identify suitable tank wall inspection locations.

Prepare the surface.

Verify the ultrasonic thickness gauge.

Measure and record the thickness.

Compare results with previous inspection data where available.

Important Limitation

A few ultrasonic thickness readings cannot establish the overall integrity of a storage tank.

Critical tank inspections may require specialized methods and qualified engineering assessment.

8. Ultrasonic Thickness Gauge for Corrosion Monitoring

Corrosion Monitoring is an important part of industrial preventive maintenance.

Metal equipment may gradually lose thickness due to corrosion or erosion.

Example of Historical Thickness Measurements

Inspection YearMeasured Thickness20236.0 mm20245.9 mm20255.7 mm20265.5 mm

Illustrative values only.

Thickness Loss Calculation

Thickness Loss = Initial Thickness - Latest Thickness

Thickness Loss = 6.0 - 5.5 = 0.5 mm

Average Historical Loss Rate

Average Loss Rate = 0.5 mm / 3 Years

Average Loss Rate = Approximately 0.167 mm per year

This simple calculation illustrates historical thickness change.

Actual corrosion rates may vary, and measurement uncertainty must be considered.

Important Reminder

Ultrasonic thickness measurement does not automatically detect every localized corrosion pit or determine equipment safety.

9. Ultrasonic Thickness Gauge for Water Treatment Plants

Water treatment facilities operate various metallic components that may require maintenance inspection.

Typical applications include:

Steel water pipelines

Cooling water systems

Industrial storage tanks

Pump station pipework

Process water systems

Why Thickness Measurement Matters

Water chemistry, operating conditions and environmental exposure may contribute to corrosion.

Thickness measurements can help maintenance teams monitor selected metallic components.

GM100 Plus Application

Suitable for routine thickness measurement of compatible steel pipes and tank walls.

GM130 Application

Additional thickness alarm settings and probe options may be useful for repeated inspection.

Important Material Consideration

Not all water pipes are metallic.

PVC, HDPE and other plastic materials may require specialized ultrasonic measurement methods.

Do not assume that GM100 Plus or GM130 can accurately measure every plastic pipe without application verification.

10. Ultrasonic Thickness Gauge for Steel Fabrication QA/QC

Steel Fabrication Quality Control involves checking whether fabricated materials and components meet specified requirements.

Typical applications include:

Incoming steel plate inspection

Fabricated component measurement

Metal processing

Machinery manufacturing

Industrial equipment inspection

Example

A fabrication workshop orders steel plates with a nominal thickness of 10 mm.

The QA/QC department performs selected thickness measurements.

Plate IDNominal ThicknessMeasured ThicknessSP-00110.0 mm10.1 mmSP-00210.0 mm9.9 mmSP-00310.0 mm10.0 mm

Illustrative values only.

Important Consideration

These results cannot be classified as acceptable or unacceptable without the relevant material tolerance and inspection requirements.

Ultrasonic thickness measurement supports QA/QC but does not replace complete dimensional inspection or material verification.

11. Ultrasonic Thickness Gauge for Used Machinery Inspection

Used industrial machinery may experience corrosion, wear or previous repairs.

Before purchasing or refurbishing used equipment, suitable metallic components may require thickness inspection.

Common Applications

Steel machinery housings

Industrial storage tanks

Metal equipment panels

Fabricated machinery components

Industrial pipelines

Suitable process equipment walls

Why Thickness Measurement Is Useful

Thickness readings can provide additional information about the condition of selected components.

However, a comprehensive machinery inspection may also require:

Visual inspection

Mechanical checks

Electrical testing

Operational testing

Vibration measurement

Safety assessment

Thickness measurement alone cannot determine the overall condition or remaining service life of used machinery.

12. Understanding Sound Velocity Settings

Sound Velocity Setting is essential for reliable ultrasonic thickness measurement.

Different materials transmit ultrasonic sound at different speeds.

Typical Longitudinal Sound Velocity Values

MaterialApproximate Sound VelocityCarbon Steel5920 m/sStainless Steel5740 m/sAluminium6320 m/sCopper4760 m/s

These values are general references. Actual sound velocity varies with material composition, structure and temperature.

Why Incorrect Velocity Causes Errors

If the instrument uses an incorrect sound velocity, the calculated thickness may be wrong.

Recommended Practice

Identify the material.

Use an appropriate reference.

Verify the sound velocity setting.

Record the setting when required.

Repeat verification when changing materials.

Do not assume that every steel alloy uses exactly the same sound velocity.

13. Ultrasonic Probe Selection Guide

Probe selection affects measurement capability.

10 mm Probe

A compatible 10 mm probe may be suitable for:

Flat steel plates

Large accessible metal surfaces

Suitable large-diameter pipes

General industrial components

6 mm Probe

A compatible 6 mm probe may be useful for:

Smaller measurement areas

Certain restricted locations

Selected curved components

GM100 Plus

Supports a 10 mm probe.

GM130

Supports compatible 6 mm and 10 mm probe options.

Important Buying Advice

Confirm:

Material type

Expected thickness

Pipe diameter

Surface condition

Probe compatibility

Required measurement accuracy

A smaller probe does not automatically guarantee accurate measurement on every small-diameter pipe.

14. Can Ultrasonic Thickness Gauges Measure Through Paint?

Many industrial steel components have protective coatings.

Conventional ultrasonic thickness measurement may be affected by paint or coating layers.

The Benetech GM100 Plus and GM130 should not be assumed to provide specialized through-coating thickness measurement.

If the application requires measuring the metal substrate without removing paint, a specialized through-coating instrument may be necessary.

Where permitted, approved coating removal at selected measurement locations may be required.

Important Consideration

Before purchasing, confirm whether the measurement surface is:

Bare metal

Painted steel

Coated piping

Corroded metal

Rough fabricated material

This helps determine the appropriate measurement method.

15. Ultrasonic Thickness Gauge Calibration and Verification

Reliable thickness measurement requires appropriate instrument verification.

What Is Calibration?

Calibration establishes the relationship between instrument indications and reference values under specified conditions.

What Is Verification?

Verification checks whether an instrument meets specified requirements.

Recommended Procedure

Inspect the instrument and probe.

Confirm the material sound velocity.

Use a suitable known-thickness reference.

Apply coupling gel.

Measure the reference.

Compare the reading with the established value.

Evaluate the result against the relevant acceptance criteria.

Record the verification.

Important Reminder

A built-in automatic calibration function does not automatically replace documented laboratory calibration or metrological traceability requirements.

For QA/QC applications, confirm the applicable calibration and documentation requirements.

16. How to Calculate Thickness Measurement Error

A basic measurement error can be calculated using the difference between the indicated thickness and reference thickness.

Formula

Measurement Error = Indicated Thickness - Reference Thickness

Example

Reference thickness: 10.00 mm

Displayed thickness: 10.08 mm

Measurement Error = 10.08 - 10.00 = +0.08 mm

Percentage Error

Percentage Error = (Measurement Error / Reference Thickness) × 100%

Percentage Error = (0.08 / 10.00) × 100% = 0.8%

Important Consideration

The calculated error does not automatically establish whether an instrument passes or fails.

Acceptance depends on the relevant tolerance, reference uncertainty and measurement requirements.

The example is illustrative and does not represent a verified GM100 Plus or GM130 accuracy specification.

17. Common Ultrasonic Thickness Gauge Measurement Problems

Problem 1 - No Thickness Reading

Possible causes:

Poor coupling

Insufficient coupling gel

Incorrect settings

Probe connection problems

Unsuitable material

Solution: Check the probe, surface preparation and instrument settings.

Problem 2 - Unstable Thickness Reading

Possible causes:

Rough surface

Pipe curvature

Inconsistent probe contact

Material irregularities

Solution: Improve coupling and repeat measurements using an appropriate procedure.

Problem 3 - Incorrect Thickness Reading

Possible causes:

Wrong sound velocity

Calibration problems

Coating interference

Unsuitable probe

Solution: Verify the instrument using an appropriate known-thickness reference.

Problem 4 - Difficulty Measuring Thin Steel

Possible causes:

Thickness near the instrument limit

Probe limitations

Surface condition

Measurement geometry

Solution: Confirm the instrument and probe capability using a suitable reference.

Problem 5 - Different Readings at Nearby Locations

Possible causes:

Actual thickness variation

Localized corrosion

Surface condition differences

Measurement uncertainty

Solution: Repeat measurements systematically and investigate significant differences.

18. Using Benetech GM130 Thickness Alarm

The Benetech GM130 includes upper and lower thickness alarm settings.

These settings may help technicians screen measurements against predefined limits.

Example

Suppose a qualified engineer establishes a lower inspection screening threshold of 4.5 mm for a particular component.

Measured ThicknessScreening Result5.2 mmAbove threshold4.8 mmAbove threshold4.5 mmAt threshold4.2 mmBelow threshold

Illustrative example only. The threshold is not a universal safe minimum thickness.

Benefits

Convenient repeated inspection

Faster identification of out-of-range readings

Support for routine maintenance screening

Improved inspection consistency

Thickness alarms do not replace engineering assessment or approved acceptance procedures.

19. Industrial Preventive Maintenance Checklist

A basic ultrasonic thickness inspection program may include the following.

Inspection ActivityPurposeIdentify EquipmentEstablish inspection scopeReview Previous RecordsUnderstand historical conditionSelect Measurement LocationsImprove repeatabilityPrepare SurfacesImprove ultrasonic couplingVerify InstrumentConfirm measurement performanceMeasure ThicknessRecord current wall thicknessCompare Historical ResultsIdentify possible changesInvestigate Abnormal ReadingsEvaluate possible deteriorationUpdate Maintenance RecordsSupport future inspection planning

Recommended Documentation

Record:

Equipment identification

Material type

Measurement location

Instrument model

Probe used

Sound velocity setting

Inspection date

Thickness reading

Surface condition

Inspector information

Consistent measurement locations and procedures are important when comparing readings over time.

20. How to Choose the Right Ultrasonic Thickness Gauge

Before purchasing, consider the following requirements.

Material Type

Determine whether the material is compatible with ultrasonic thickness measurement.

Expected Thickness Range

Confirm that the instrument and probe can measure the required thickness.

Surface Geometry

Consider whether the material is flat, curved, rough or corroded.

Probe Requirements

Determine whether a compatible 6 mm or 10 mm probe is appropriate.

Alarm Requirements

If upper and lower thickness alarms are needed, consider the GM130.

Measurement Accuracy

Confirm whether the instrument's performance meets the relevant inspection tolerance.

Calibration Requirements

Determine whether documented calibration or traceability is required.

Inspection Environment

Consider temperature, moisture, accessibility and safety requirements.

Important Safety Consideration

Do not assume that GM100 Plus or GM130 is certified for use in hazardous or explosive atmospheres.

Use equipment with appropriate safety certification where the environment requires it.

21. GM100 Plus vs GM130 - Final Buying Recommendation

Choose Benetech GM100 Plus If:

You need general steel thickness measurement.

You mainly inspect accessible metal surfaces.

You perform routine factory maintenance.

You do not require thickness alarm settings.

You prefer straightforward operation.

Choose Benetech GM130 If:

You need upper and lower thickness alarms.

You require measurement mode selection.

You want metric and imperial conversion.

You need compatible 6 mm and 10 mm probe options.

You perform varied industrial inspection tasks.

Quick Selection Table

ApplicationSuggested ModelGeneral Steel Plate MeasurementGM100 Plus or GM130Routine Pipe Wall ThicknessGM100 Plus or GM130Thickness Alarm RequirementsGM130Compatible 6 mm Probe RequirementGM130General Factory MaintenanceGM100 Plus or GM130Repeated Thickness ScreeningGM130Basic Fabrication Thickness CheckingGM100 Plus or GM130Varied Industrial InspectionGM130 may offer useful additional functions

The best ultrasonic thickness gauge is the model that meets the actual measurement requirements.

22. Ultrasonic Thickness Gauge Applications Across Malaysia

The Benetech GM100 Plus and GM130 Ultrasonic Thickness Gauges are relevant to industrial customers throughout Malaysia.

Selangor and Kuala Lumpur

Manufacturing factories, engineering contractors, steel fabrication workshops and industrial maintenance.

Johor

Industrial facilities, pipeline inspection, metal fabrication and machinery maintenance.

Penang and Kedah

Manufacturing operations, QA/QC departments and engineering applications.

Melaka and Negeri Sembilan

Factory maintenance, industrial storage tanks and metal processing.

Perak and Pahang

Industrial processing plants, engineering workshops and equipment inspection.

Terengganu and Kelantan

Suitable industrial piping, corrosion monitoring and metal equipment inspection.

Sabah and Sarawak

Industrial facilities, mechanical maintenance and engineering contractors.

Customers in Perlis may also require portable ultrasonic thickness gauges for general industrial applications.

23. Frequently Asked Questions

Q1. What is an ultrasonic thickness gauge?

An ultrasonic thickness gauge measures the thickness of suitable materials using ultrasonic sound waves.

Q2. Can ultrasonic thickness gauges measure steel without cutting?

Yes. Suitable steel components can often be measured from one accessible side without cutting.

Q3. What is the difference between GM100 Plus and GM130?

The GM130 provides additional thickness alarms, measurement mode selection, unit conversion and compatible 6 mm probe support.

Q4. What is the measuring range of GM100 Plus?

The manufacturer specifies a steel measuring range of 1.2–300 mm.

Q5. What is the measuring range of GM130?

The manufacturer specifies a steel measuring range of 1.0–300 mm, subject to applicable reference conditions.

Q6. Can ultrasonic thickness gauges measure steel pipes?

Yes. Suitable steel pipe walls can be measured when the material, probe and measurement conditions are appropriate.

Q7. Can an ultrasonic thickness gauge detect corrosion?

Thickness measurements may reveal possible corrosion-related wall thinning at selected locations.

Q8. Can ultrasonic thickness gauges measure through paint?

Do not assume that GM100 Plus or GM130 provides specialized through-coating measurement.

Q9. Can ultrasonic thickness gauges measure stainless steel?

Measurement may be possible on suitable stainless steel components using appropriate sound velocity settings.

Q10. Do ultrasonic thickness gauges require coupling gel?

Yes. Suitable ultrasonic coupling agent is normally required for reliable measurement.

Q11. Does GM130 have a thickness alarm?

Yes. The GM130 includes upper and lower thickness alarm settings.

Q12. Does GM100 Plus have automatic calibration?

Yes. The GM100 Plus includes a built-in automatic calibration function.

Q13. Does GM130 have automatic calibration?

Yes. The GM130 includes a built-in automatic calibration function.

Q14. Can ultrasonic thickness gauges inspect storage tanks?

Yes. Suitable metallic tank walls can be measured, but overall tank integrity requires appropriate assessment.

Q15. Can ultrasonic thickness gauges measure plastic pipes?

Some plastic materials may require specialized ultrasonic methods. Do not assume compatibility without verification.

Q16. Is ultrasonic thickness measurement suitable for QA/QC?

Yes, when the instrument's measurement performance meets the applicable inspection requirements.

Q17. Can ultrasonic thickness gauges detect cracks?

A general thickness gauge should not be assumed to replace a dedicated ultrasonic flaw detector.

Q18. How often should an ultrasonic thickness gauge be calibrated?

Calibration intervals depend on usage, measurement criticality, instrument history and applicable requirements.

Q19. Which model is better for factory maintenance?

Both models can support general maintenance. The GM130 offers additional alarm and probe options.

Q20. Where can I buy Benetech Ultrasonic Thickness Gauges in Malaysia?

MTM Precision Sdn Bhd supplies Benetech GM100 Plus and GM130 Ultrasonic Thickness Gauges for industrial testing and maintenance applications.

24. Buy Benetech GM100 Plus and GM130 Ultrasonic Thickness Gauge Malaysia

Looking for a reliable Ultrasonic Thickness Gauge Supplier in Malaysia?

MTM Precision Sdn Bhd supplies industrial testing and measuring instruments for manufacturing factories, engineering contractors, QA/QC departments, steel fabrication workshops and maintenance applications.

Benetech GM100 Plus Ultrasonic Thickness Gauge

Suitable for general thickness measurement of compatible steel plates, pipelines, storage tanks and industrial metal components.

Benetech GM130 Ultrasonic Thickness Gauge

Offers additional thickness alarm settings, measurement mode selection and compatible probe options.

Need Help Choosing the Right Model?

Please provide:

Material Type

Expected Thickness Range

Pipe Diameter or Component Dimensions

Surface Condition

Measurement Application

Probe Requirements

Thickness Alarm Requirements

Calibration Requirements

Customers may send photographs of the equipment or measurement area through WhatsApp for preliminary product selection assistance.

Contact MTM Precision Sdn Bhd

MTM PRECISION SDN BHD

Showroom & Service Centre:

No. 29-1 & 29-2, Jalan Bandar 18, Pusat Bandar Puchong, 47160 Puchong, Selangor, Malaysia.

Tel: 03-8080 7172

WhatsApp: +6016-660 7346

Email: mtmpre@yahoo.com

Website: www.mtmpre.com.my

Contact MTM Precision today for Benetech GM100 Plus and GM130 Ultrasonic Thickness Gauge enquiries, product availability and quotations in Malaysia.