How to Export Gloss Measurement Data to Excel Malaysia

How to Export Gloss Measurement Data to Excel Malaysia

Linshang LS192 Gloss Meter PC Software, Excel Reporting and Factory QC Data Management Guide

Gloss measurement data export is an important part of modern manufacturing quality control.

Factories in Malaysia often need more than a single gloss reading displayed on an instrument.

Quality engineers may need to record measurements, compare production batches, calculate average gloss, investigate variation and prepare inspection reports for customers.

For example, a powder coating factory may measure several painted panels during production.

Instead of recording every result on paper, the factory may prefer to organise the readings in Microsoft Excel for reporting and traceability.

The Linshang LS192 Gloss Meter is a portable 60 degree digital gloss meter with a specified measurement range of 0–1000 GU.

The LS192 supports PC software and data export functions, which can assist with suitable inspection documentation workflows.

In this guide, MTM Precision Sdn Bhd explains how to prepare gloss measurement records, organise readings in Excel and develop a practical digital quality control reporting system.

1. Why Is Gloss Measurement Data Export Important?

A gloss meter provides numerical readings in Gloss Units (GU).

However, manufacturers often need to manage large quantities of inspection data.

For example, a factory may inspect:

20 painted metal panels

50 plastic components

10 powder coating samples

Multiple production batches

Different supplier materials

Several measurement locations per product

Recording every result manually can become time-consuming.

Digital records help factories organise and review inspection information.

Benefits of Digital Gloss Records

Reduce repetitive manual documentation

Organise production batch results

Calculate average gloss

Identify maximum and minimum readings

Evaluate gloss variation

Compare production batches

Prepare customer inspection reports

Support quality traceability

Maintain historical measurement records

A digital workflow is particularly useful when the same product specification is checked repeatedly.

2. Linshang LS192 Gloss Meter Overview

The Linshang LS192 measures specular surface gloss using fixed 60 degree measurement geometry.

Its readings are expressed in GU.

Main Specifications

SpecificationLinshang LS192Instrument TypeDigital Gloss MeterMeasurement Geometry60 DegreeMeasurement Range0–1000 GUDisplay Resolution0.1 GUMeasurement ModesNormal and QCPC SoftwareSupportedData ExportExcelCharging InterfaceUSB Type-CMain ApplicationSurface Gloss Inspection

The LS192 can support suitable surface gloss inspection applications in manufacturing.

Important: The exact PC software features, supported operating systems, connection procedures and export options should be confirmed using the manufacturer's current documentation.

A USB Type-C interface does not automatically mean that every USB cable or computer configuration will support data transfer.

3. What Information Should Be Included in a Gloss Inspection Report?

A useful gloss inspection report should contain more than the measured GU value.

Recommended information includes:

Company Name

Product Description

Product Part Number

Production Batch

Inspection Date

Instrument Model

Instrument Identification

Measurement Angle

Surface Material

Measurement Location

Individual Gloss Readings

Average Gloss

Maximum Reading

Minimum Reading

Gloss Variation

Acceptance Criteria

Inspection Result

Inspector Name

This information helps factories understand which product was measured, how it was inspected and whether it satisfied the approved requirements.

A complete inspection record should support traceability and repeatability.

4. How to Prepare Linshang LS192 for Data Export

Before transferring or recording measurement data, confirm that the instrument is operating correctly.

Step 1 - Check the Instrument

Inspect the measuring window and reference standard.

Perform the required verification procedure according to the manufacturer's instructions.

Step 2 - Confirm the Measurement Method

Check that the required measurement angle is 60 degrees.

The LS192 is a fixed 60 degree gloss meter.

Step 3 - Prepare the Sample

Ensure that the surface is clean, dry and suitable for measurement.

Step 4 - Identify the Product

Record the product name, batch number and inspection location.

Step 5 - Confirm the Software Requirements

Check the manufacturer's documentation for the supported PC software and compatible computer environment.

Step 6 - Prepare a Suitable USB Connection

Use the manufacturer-recommended connection method and cable.

Step 7 - Confirm the Data Workflow

Determine whether the required workflow involves direct measurement transfer, stored measurement retrieval or another supported software function.

The exact LS192 software procedure should be verified against the official user manual and current software version.

5. How to Export Gloss Measurement Data to Excel

The following describes a general workflow for preparing an Excel-based gloss inspection report.

It is not a substitute for the manufacturer's model-specific software instructions.

Step 1 - Obtain the Official Software

Use the manufacturer's approved software package where required.

Avoid installing software from unknown sources.

Step 2 - Check Computer Compatibility

Confirm the supported operating system, connection requirements and software version.

Step 3 - Connect the Instrument

Connect the LS192 using the manufacturer-specified method.

Step 4 - Open the Software

Launch the official software and confirm that the instrument is recognised.

Step 5 - Access Measurement Data

Use the supported software function to view or retrieve the relevant gloss readings.

Step 6 - Select the Required Data

Identify the readings needed for the inspection report.

Step 7 - Export the Data

Use the software's available export function according to the official instructions.

The resulting file format and export procedure may depend on the software version.

Step 8 - Open or Import the Data in Excel

Where a compatible spreadsheet format is available, open or import the exported data into Microsoft Excel.

Step 9 - Add QC Information

Include product identification, acceptance limits, inspection date and other required information.

Step 10 - Save the Report

Save the completed inspection report using a controlled file name.

If direct Excel export is unavailable in a particular software configuration, inspectors may organise readings manually in an Excel template while retaining the original measurement records.

6. Example Excel Gloss Inspection Report

Consider a Malaysian manufacturer inspecting painted electrical cabinet panels.

The customer requires:

Target Gloss: 70 GU at 60 Degrees

Tolerance: ±5 GU

Acceptance Range: 65–75 GU

The inspector measures five representative positions.

Example Measurement Table

Measurement PositionGloss ReadingUpper Left69.2 GUUpper Right70.5 GUCentre71.1 GULower Left68.9 GULower Right70.3 GUAverage70.0 GU

The readings can be entered into an Excel worksheet.

Additional columns may contain:

Product identification

Batch number

Measurement date

Measurement angle

Lower acceptance limit

Upper acceptance limit

Inspection status

Note: These are illustrative measurements and acceptance criteria, not universal industrial standards.

7. How to Calculate Average Gloss in Excel

Average Gloss is the arithmetic mean of the selected measurements.

Formula

Average Gloss = Sum of Readings / Number of Readings

Suppose the gloss readings are entered in cells B2 to B6.

The Excel formula is:

=AVERAGE(B2:B6)

Example

Readings:

69.2, 70.5, 71.1, 68.9 and 70.3 GU

The average is:

70.0 GU

Average gloss can be useful for comparing batches, but it should not automatically replace individual acceptance checks.

8. How to Calculate Maximum and Minimum Gloss in Excel

Excel can identify the highest and lowest readings in a measurement set.

Maximum Gloss

=MAX(B2:B6)

Minimum Gloss

=MIN(B2:B6)

For the example data:

Maximum Gloss = 71.1 GU

Minimum Gloss = 68.9 GU

These values help inspectors understand the spread of measurements.

9. How to Calculate Gloss Variation in Excel

Gloss Variation can be expressed as the difference between the maximum and minimum readings.

Formula

Gloss Variation = Maximum Reading - Minimum Reading

In Excel:

=MAX(B2:B6)-MIN(B2:B6)

For the example:

71.1 - 68.9 = 2.2 GU

The measured variation is:

2.2 GU

This value can be compared against a documented factory uniformity requirement.

However, maximum-minus-minimum variation is only one statistical indicator.

It does not replace a complete process capability or measurement system analysis.

10. How to Create Automatic Pass or Fail Results in Excel

Excel can compare readings against approved acceptance limits.

Suppose:

Lower Limit = 65 GU

Upper Limit = 75 GU

The gloss reading is stored in cell B2.

An example Excel formula is:

=IF(AND(B2>=65,B2<=75),"PASS","FAIL")

Example Results

Gloss ReadingExcel Result64.5 GUFAIL65.0 GUPASS69.8 GUPASS75.0 GUPASS75.6 GUFAIL

This example assumes that both boundary values are included.

For formal conformity assessment, the factory should also consider its approved decision rule and measurement uncertainty requirements.

Excel formulas should follow the approved QC specification rather than define the specification themselves.

11. How to Compare Gloss Between Production Batches

A factory may want to compare the average gloss of several production batches.

Example Batch Summary

Production BatchAverage GlossBatch A69.8 GUBatch B70.5 GUBatch C71.2 GUBatch D67.9 GUBatch E70.1 GU

Excel can be used to organise the results and create a trend chart.

This may help the factory identify changes over time.

However, batch averages alone may conceal individual out-of-limit readings.

For more reliable quality control, the factory should retain individual measurements and evaluate the approved acceptance criteria.

12. How to Build a Gloss Measurement Trend Chart

A trend chart can help visualise changes in gloss measurements across production batches.

Recommended Procedure

Step 1: Record each production batch.

Step 2: Calculate the average gloss for each batch.

Step 3: Select the batch and average gloss columns.

Step 4: Insert a line chart in Excel.

Step 5: Add the approved target gloss.

Step 6: Include acceptance limits where appropriate.

Step 7: Review the trend for unexpected changes.

A trend chart can reveal patterns that may be less obvious in a table.

However, the factory should not treat ordinary specification limits as statistical process control limits.

Specification limits and statistical control limits serve different purposes.

13. Recommended Excel Template for Factory Gloss QC

A practical worksheet may contain the following columns.

ColumnInformationAInspection DateBProduct CodeCBatch NumberDMeasurement PositionEGloss Reading GUFLower LimitGUpper LimitHPass or FailIInspectorJRemarks

For a more detailed report, the factory may create a separate summary worksheet.

Summary Worksheet

Recommended fields include:

Product identification

Production batch

Number of measurements

Average gloss

Maximum gloss

Minimum gloss

Gloss variation

Number of failed readings

Final inspection decision

This structure supports both individual measurement traceability and batch-level reporting.

14. Common Problems During Gloss Data Export

Problem 1 - Computer Does Not Recognise the Instrument

Possible causes include an unsuitable cable, connection issue or software compatibility problem.

Recommended Action: Check the official software instructions, supported operating system and manufacturer-recommended cable.

Problem 2 - Exported Data Cannot Be Opened in Excel

The exported file may require a different import procedure or compatible software.

Recommended Action: Confirm the actual export format and use the appropriate Excel import function.

Problem 3 - Measurements Are Missing

The selected data range or supported retrieval function may not include all required readings.

Recommended Action: Verify the measurement records and supported software workflow before finalising the report.

Problem 4 - Excel Formulas Produce Incorrect Results

Possible causes include incorrect cell references or non-numeric data.

Recommended Action: Check the formula range and confirm that the readings are stored as numbers.

Problem 5 - Wrong Acceptance Limits Are Used

The worksheet may contain limits from a different product specification.

Recommended Action: Use controlled templates and verify the product-specific limits before inspection.

Problem 6 - Data Cannot Be Traced to a Production Batch

The report may be missing batch numbers or inspection dates.

Recommended Action: Include product and batch identification in every inspection record.

15. Best Practices for Digital Gloss Inspection Records

Factories can improve reporting consistency by following a documented procedure.

Use Standardised File Names

For example:

ProductCode_BatchNumber_GlossInspection_Date.xlsx

Maintain Controlled Templates

Use an approved Excel template with verified formulas.

Protect Important Formulas

Where appropriate, protect formula cells against accidental changes.

Record Instrument Information

Include the instrument model and identification.

Record Measurement Geometry

Always state:

60 Degree Gloss Measurement

Keep Original Measurement Records

Retain original records where required by the quality system.

Review Reports Before Approval

Ensure that all measurements, calculations and acceptance decisions are correct.

Back Up Inspection Data

Store reports according to the company's data retention and backup procedures.

A reliable digital QC system requires both accurate measurement and good record management.

16. Gloss Data Export Applications in Malaysia

Digital gloss inspection reporting is relevant to manufacturing industries throughout Malaysia.

Selangor and Kuala Lumpur

Industrial coating, automotive components, plastic manufacturing, electrical cabinets and factory quality control.

Johor

Powder coating, metal fabrication, automotive suppliers and industrial surface finishing.

Penang and Kedah

Electronics housings, precision manufacturing, industrial equipment and supplier inspection.

Perak and Negeri Sembilan

Plastic products, industrial painting, metal fabrication and production QC.

Melaka and Pahang

Automotive components, industrial machinery and coated product inspection.

Kelantan, Terengganu, Perlis, Sabah and Sarawak

Suitable manufacturing, industrial maintenance and surface finishing applications.

MTM Precision Sdn Bhd supports customers throughout Malaysia looking for suitable industrial measuring instruments.

17. Frequently Asked Questions About Gloss Meter Data Export

Can Linshang LS192 export gloss measurement data?

The LS192 supports PC software and data export functions. The exact workflow should be verified using the manufacturer's current software documentation.

Can I use Excel to analyse gloss readings?

Yes. Excel can calculate averages, maximum and minimum values, variation and inspection results.

Does LS192 connect to a computer?

The LS192 has a USB Type-C interface and supports PC software. Confirm the required cable, operating system and connection procedure before use.

Can Excel calculate average gloss automatically?

Yes. Use the AVERAGE function.

Can Excel calculate gloss variation?

Yes. Subtract the minimum reading from the maximum reading.

Can Excel show Pass or Fail results?

Yes. The IF and AND functions can compare readings against approved limits.

Is an Excel report equivalent to a calibration certificate?

No. An Excel inspection report documents measurements and inspection results. It is not automatically an instrument calibration certificate.

Can LS192 measure coating thickness?

No. A separate coating thickness gauge is required.

Can LS192 measure colour difference?

No. A suitable colorimeter is required.

Where can I buy Linshang LS192 in Malaysia?

Contact MTM Precision Sdn Bhd for quotations, product information and assistance with gloss meter selection.

18. Buy Linshang LS192 Gloss Meter for Factory QC Reporting Malaysia

If your company requires a Linshang LS192 Gloss Meter Malaysia, Gloss Meter with Data Export, 60 Degree Gloss Meter, or Industrial Gloss Inspection Instrument, contact MTM Precision Sdn Bhd.

We support customers involved in:

Industrial Paint Inspection

Powder Coating Quality Control

Plastic Manufacturing

Automotive Components

Metal Surface Finishing

Factory Quality Control

Supplier Quality Inspection

Digital Inspection Reporting

Customers may send photographs of their products, required gloss range and reporting requirements through WhatsApp for an initial product suitability assessment.

Our team can help determine whether the LS192 is appropriate for the intended measurement and reporting workflow.

MTM Precision Sdn Bhd - Malaysia

Showroom & Service Centre

No. 29-1 & 29-2, Jalan Bandar 18,

Pusat Bandar Puchong,

47160 Puchong, Selangor, Malaysia.

Telephone: 03-8080 7172

WhatsApp: +6016-660 7346

Email: mtmpre@yahoo.com

Website: www.mtmpre.com.my

Business Hours: Monday to Friday, 9:00 AM - 6:00 PM

Contact MTM Precision Sdn Bhd for Linshang LS192 Gloss Meter pricing, gloss measurement data export and factory QC reporting solutions in Malaysia.