Automatic GSM Tester

The Automatic GSM Tester measures fabric weight (GSM) quickly and accurately, supporting textile quality control. It uses intelligent algorithms for precise calculations and handles random fabric shapes with minimal sample size. Ideal for fabrics up to 3.5 mm thick, it ensures reliable readings for production and lab use.

Automatic GSM calculation with ≤1.5% precision
Works with small and irregular samples
Intelligent algorithm for fast, accurate results

Description

Automatic GSM Tester is applicable for textile fabric testing. It can quickly and precisely measure the unit area of textiles, automatically calculate and display GSM data. GSM is the abbreviation of Grams per Square Meter. Equipped with intelligent algorithms, simple operation, random sampling of fabric shapes, accurate results, efficient and fast functions. However, it is not suitable for fabrics with a thickness exceeding 3.5mm, high – elastic fabrics, transparent – material fabrics, or fabrics with significant GSM distribution deviations.

Features

Easy to operate, no restrictions on sample shape;
Small sample weight, precise and convenient;
Intelligent algorithm for accurate calculations;
Default GSM (g/m²) for more intuitive data display.

Application

Automatic GSM Balance can be used for evaluating textile fabrics. It can automatically compute and display GSM data, as well as measure the unit area of textiles with speed and accuracy.

Specification

Readability: 0.01, 0.001g
Minimum Area: 10cm2, 5cm2
Minimum GSM: 40g, 20g
Measurement Precision: ≤3%, ≤1.5%

Why Choose the Automatic GSM Tester?

The Automatic GSM Tester is vital for textile manufacturers and labs measuring fabric weight for quality assurance. Since GSM impacts fabric performance and cost, this tester provides precise readings (≤1.5% precision) per ISO 3801 and ASTM D3776, handling samples as small as 5 cm² with a 20 g minimum. For example, it evaluates woven fabrics up to 3.5 mm thick, ensuring accuracy in production. Its intelligent algorithms and ease of use enhance efficiency, though it excludes high-elastic or transparent fabrics. Consequently, users can optimize fabric development and meet industry standards. For more details or to request a demo, contact our team today.

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