GSM Sample Cutter Schröder

The GSM Sample Cutter from Schröder (Germany) precisely measures fabric weight in textiles and other materials. It cuts a 100 cm² circular specimen (diameter 113 mm), allowing users to quickly determine grams per square meter (g/m²) or ounces per square yard (oz/yd²) when used with a high-precision fabric weight balance. This cutter works for woven fabrics, knitted textiles, carpets, films, foam, paper, and boards. Supplied with high-quality German blades, a rubber cutting board, and spare stainless steel blades, it ensures durability, accuracy, and cost-effectiveness in laboratories and production facilities.

Fabric Weight Evaluation Kit

To simple and economically determine “per unit area” of textile knitting or woven fabric and calculate the material cost.

GSM Circular Cutter designed specifically to cut a precise 100cm² (diameter 113mm) out circular specimen is used together with a high-precision Fabric Weight Balance to provide an accurate and easy for determining fabric weight in GRAMS per SQUARE METER (g/m²) or OUNCES per SQUARE YARD (oz/yd²) in off-shore markets. A Specimen of 100cm² is cut and placed on the balance which is switchable from g/m² to oz/yd².

Features

• Supply with Germany Blades;
• Accurately cut out 100cm² specimen (diameter 113mm);
• Apply for textile fabric, carpet, film, foam, paper and board;
• Complete with cutting Rubber Board & 4 spare S.S. Blades.

Why Choose Schröder GSM Sample Cutter?

Schröder GSM Sample Cutter provides accurate and economical fabric weight measurement. Its precision blades cut exact 100 cm² circular specimens, ensuring consistent results. It works seamlessly with a high-precision fabric weight balance, allowing easy conversion between g/m² and oz/yd². The cutter comes with durable German-made blades, a rubber cutting board, and spare stainless steel blades for long-lasting performance. Its ergonomic design ensures safe, comfortable handling, and its compact size suits both laboratories and production environments. This cutter streamlines material evaluation and cost calculation while minimizing effort.