Benchtop Gloss Meter LBGM-T2012

Introduction

Benchtop Gloss Meter offers test angle of 60° to deliver accurate measurements for diverse surface types. The device includes advanced temperature sensors for reliable color readings by adjusting environmental variations. It has large storage capacity for storing and analyzing large datasets, ensuring accurate results. Our benchtop gloss meter features high repeatability to minimize reading variations for consistent gloss assessment.

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 laboratory instrument used to measure the reflective gloss of surfaces under standardized conditions. It plays a key role in electroplating and hardware for monitoring gloss level on metal parts and hardware.

Specifications

Test Angle	60°
Test Range	60°: 0 to 1000 GU
Resolution	0.1 GU
Test Modes	Basic Mode, Static Mode, Continuous Mode, QC Mode
Repeatability	0 to 100 GU: ±0.2GU 100 to 1000GU: ±0.2%GU
Test Time	0.5 s
Data Storage	35000 (Basic Mode and Static Mode: 1500, Continuous Mode: 10000, QC Mode: 10000)
Auto Power- off Time	30 s to 120 s
Working Temperature	0 to 40°C
Storage Temperature	-20 to 50°C
Working Humidity Range	< 85 % RH
PC Software	GQC6 QC Software
Power Supply	1 pc Dry-Cell Battery
Dimensions (L× W× H)	160× 52 × 84mm
Weight	300g

Features

Multiple Display Units

Low Light Detection

Shock Resistant Casing

Error Detection Alerts

Gloss Uniformity Detection

FAQs

1. 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.

2. What kind of surfaces and materials can be measured using a benchtop gloss meter?

benchtop gloss meters are versatile instruments capable of measuring a wide variety of surfaces and materials, including painted metals, plastics, ceramics, wood finishes, paper, and textiles. The measurement principle is based on reflectance, so any surface that reflects light to some degree can be evaluated. Some models are optimized to handle highly curved or textured surfaces by using larger apertures or customized holders to ensure stable placement. The instrument’s ability to measure different gloss levels at standardized angles makes it suitable for diverse applications—from industrial coatings and automotive parts to consumer products like flooring, packaging, and electronics. This adaptability makes the gloss meter an indispensable tool in both quality assurance and product development.

3. How does the benchtop gloss meter support quality control in manufacturing processes?

It supplies premium benchtop gloss meter. The benchtop gloss meter plays a critical role in quality control by providing objective, numerical data on surface appearance. In manufacturing, consistency in gloss is often directly tied to perceived quality, especially for consumer-facing products like cars, appliances, or packaging. By quickly identifying deviations in surface gloss, operators can take immediate corrective action, reducing waste and rework. Gloss meters are often integrated into standard inspection routines at various production stages-from raw materials to finished goods. Some systems support batch tracking, trend analysis, and tolerance checks, making it easier to ensure uniformity across large volumes of product. This helps maintain brand standards, meet customer specifications, and improve overall process reliability.

4. How does sample positioning affect benchtop gloss meters measurement accuracy?

It supplies advanced benchtop gloss meter. Proper sample positioning is critical for obtaining accurate and repeatable gloss measurements. The sample surface must be flat and aligned correctly with the gloss meter’s measurement aperture. Any tilt, curvature, or misalignment can cause the light to reflect at unintended angles, leading to inconsistent or incorrect gloss readings. Many benchtop models come with adjustable sample holders or positioning guides to help users align samples consistently. For soft or irregular samples, it's important to ensure they lay flat and make full contact with the measurement surface. Consistent positioning not only improves accuracy but also reduces variation between multiple readings, which is essential for quality control and data reliability.

5. What precautions should be taken when measuring very high-gloss or mirror-like surfaces in benchtop gloss meter?

benchtop gloss meter have advanced features. Measuring extremely high-gloss or mirror-like surfaces requires special attention, as they can produce intense reflections that may overwhelm or skew the sensor. It’s important to ensure the measurement area is free from contaminants like dust or smudges, which can cause inconsistent readings. Additionally, the sample should be perfectly aligned to avoid angular discrepancies, as even slight misalignment can have a significant impact on highly reflective surfaces. Some gloss meters include high-gloss calibration modes or filters that adjust for these conditions. Consistent lighting and minimal ambient interference also contribute to reliable readings. In such cases, using a clean environment and stabilizing fixtures is recommended to achieve precise results.