| Parameter | Specification |
|---|---|
| Product Name | GSM Round Cutter |
| Instrument Type | Sample Preparation Instrument |
| Cutting Shape | Circular Specimen |
| Operation | Manual |
| Cutting Mechanism | Precision Rotary Blade |
| Sample Compatibility | Paper, Paperboard, Textiles, Films, Foils, Flexible Sheet Materials |
| Construction | Metal Body |
| Installation | Benchtop |
| Applications | GSM Testing, Paper Testing, Packaging Testing, Textile Testing, Material Evaluation, Quality Control & Research Laboratories |
All
GSM Round Cutter
A GSM Round Cutter is a precision laboratory cutting instrument designed to produce circular specimens of a fixed area for accurate GSM (grams per square meter) determination of paper, paperboard, textiles, films, and similar sheet materials. It is widely used in quality control and material testing laboratories.
- Produces accurate circular specimens for reliable GSM determination.
- Precision rotary blade ensures clean and consistent sample cutting.
- Manual operation provides simple and dependable laboratory use.
- Durable metal construction offers long service life and reliable performance.
- Suitable for paper, paperboard, textiles, films, foils, and flexible materials.
- Supports quality control, material testing, and product development applications.
- Ideal for paper, packaging, textile, printing, industrial, educational, and research laboratories.
A GSM Round Cutter is a laboratory sample preparation instrument used to cut circular test specimens of a standardized area for GSM (basis weight) analysis. The precision-engineered cutting mechanism produces clean and consistent samples, ensuring reliable and repeatable weight calculations during laboratory testing. Its robust construction and ergonomic rotary handle enable smooth operation while minimizing operator effort and improving testing efficiency.
GSM Round Cutters are widely used in paper mills, packaging industries, textile manufacturing, printing facilities, plastics industries, quality control laboratories, educational institutions, and research laboratories. They are suitable for preparing specimens from paper, paperboard, corrugated sheets, fabrics, films, foils, and other flexible sheet materials. Designed for routine laboratory use, the instrument helps ensure accurate GSM measurement and supports quality assurance, product development, and material evaluation processes.
