Benchtop Gloss Meter LBGM-T2013

Introduction

Benchtop Gloss Meter offers reproducibility of ±0.2GU, ±0.5GU, ±0.5%GU, providing measurements for surfaces with low to high gloss levels. The device has an AI-powered gloss prediction for reliable gloss measurements by analyzing surface features. It features advanced software integration for easy data analysis, reporting and export.  Our benchtop gloss meter has a shock-resistant casing, protecting the device and reducing the risk of internal component damage.

This gloss meter is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Benchtop Gloss Meter  is a device that evaluates the gloss of various surfaces. It is applied in ink, furniture , hardware and marble industries for gloss measurement and gloss data transmission.

Specifications

Test Angle	20° / 60° / 85°
Test Area	20°: 10 × 10mm 60°: 9 × 15 mm 85°: 5 × 36mm
Test Range	20°: 0 to 2000 GU 60°: 0 to 1000 GU 85°: 0 to 160 GU
Resolution	0.1 GU
Measurement Range	0 to 10 GU, 10 to 100 GU, 100 to 1000 GU
Test Modes	Basic Mode, Static Mode, Continuous Mode, QC Mode
Repeatability	±0.1 GU, ±0.2GU, ±0.2%GU
Reproducibility	±0.2GU, ±0.5GU, ±0.5%GU
Test Time	0.1 s
Errors	±1.5, ±1.5%
Data Storage	Basic Mode: 1000, Statistical Mode: 5000, Continuous Mode: 5000
Working Temperature	0 to 40°C
Storage Temperature	-20 to 50°C
Working Humidity Range	< 85 % RH
PC Software	GQC6 QC Software
Power Supply	3200 mAh Li-ion Battery, > 10000 times
Dimensions (L× W× H)	160× 75× 90mm
Weight	350g

Features

Illuminated screen

Fast Measurement Response 

Reflective Surface Analysis

Quick Sample Arrangement

Continuous Measurement Mode

 

FAQs

1. How do optical components influence the performance of a benchtop gloss meter?

benchtop gloss meter have advance features. The precision of a benchtop gloss meter heavily depends on the quality and alignment of its internal optical components, including the light source, lenses, filters, and detector. High-quality optics ensure the light beam is focused accurately and that reflected light is captured consistently at the specified geometry. Any misalignment or degradation in these components (e.g., from aging or contamination) can lead to incorrect gloss values. Premium models use long-life, temperature-stable LEDs and precisely engineered optics to maintain consistent performance over time. Maintenance protocols may also include optical diagnostics or self-check routines to verify measurement integrity.

2. Can benchtop gloss meters be customized for industry-specific applications?

Yes, many benchtop gloss meters offer customization options to meet the unique needs of specific industries such as automotive, plastics, wood finishes, and printed packaging. Customizations may include interchangeable angle modules, specialized sample holders, advanced software features for statistical analysis, or integration with production systems. Some manufacturers provide industry-specific calibration standards or gloss scales that align with customer specifications. These tailored configurations help ensure the gloss meter delivers relevant and precise data for the particular materials, geometries, or finishes encountered in a specific production or R&D setting.

3. What is the significance of angle selection when using a benchtop gloss meter for gloss measurement?

It manufactures advance models of benchtop gloss meter. Angle selection is crucial because different gloss levels are better evaluated at different geometries. A 20° angle is used for high-gloss surfaces, 60° for medium-gloss, and 85° for matte finishes. Using the wrong angle can lead to inaccurate readings or poor differentiation between samples. For instance, very glossy surfaces measured at 60° might all return similar values, making it hard to detect variations. Choosing the appropriate angle ensures maximum sensitivity and accuracy in assessing a specific surface type. Many benchtop models allow multi-angle measurement, offering flexibility and detailed gloss profiles for complex surfaces.

4. Can a benchtop gloss meter detect gloss degradation due to UV exposure or weathering?

Yes, benchtop gloss meter is an effective tool for detecting gloss degradation caused by UV exposure, moisture, or environmental aging. Over time, surfaces exposed to sunlight or harsh weather conditions may lose their shine and develop a duller appearance. Regular gloss measurements allow manufacturers to track this degradation and evaluate the durability of coatings or finishes. Gloss data can be used to compare treated versus untreated samples or to assess different materials under accelerated weathering tests. This helps in product development and quality assurance by confirming how well a material retains its visual appeal over time.

5. What kind of repeatability and accuracy can be expected from a benchtop gloss meter?

benchtop gloss meters are known for delivering high repeatability and precision, which are critical for consistent surface evaluation. high-quality instruments offer repeatability within ±0.2 gloss units, ensuring that repeated measurements on the same surface yield nearly identical results. This level of precision is made possible through stable light sources, finely tuned optics, and calibrated sensors. Accurate and repeatable measurements are essential in industries where even minor variations in surface finish can affect product appearance, functionality, or customer satisfaction. The reliability of these measurements enables manufacturers to maintain tight quality control standards and ensures that final products meet both internal and industry specifications.