Glove Cutting Machin
HY-672
The Glove Cut Resistance Tester is a specialized testing instrument designed to evaluate the cut resistance performance of materials and components in protective clothing—with a primary focus on gloves.
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Product Overview
The Glove Cut Resistance Tester is a specialized testing instrument designed to evaluate the cut resistance performance of materials and components in protective clothing—with a primary focus on gloves. Its core testing principle involves measuring the vertical (normal) force required for a blade to cut through a test sample after passing a fixed distance on the specimen. Compliant with international industry standards, this tester delivers precise, reliable data to support the design, quality control, and safety verification of protective gear, making it an essential tool for protective clothing manufacturers, testing laboratories, and safety compliance teams.
The Glove Cut Resistance Tester is a specialized testing instrument designed to evaluate the cut resistance performance of materials and components in protective clothing—with a primary focus on gloves. Its core testing principle involves measuring the vertical (normal) force required for a blade to cut through a test sample after passing a fixed distance on the specimen. Compliant with international industry standards, this tester delivers precise, reliable data to support the design, quality control, and safety verification of protective gear, making it an essential tool for protective clothing manufacturers, testing laboratories, and safety compliance teams.
Core Function
This tester’s key function is to quantify the cut resistance of protective materials (especially glove fabrics): it simulates cutting forces by driving a blade across the test sample at a fixed distance, then measures the vertical force needed to penetrate the material. This data directly reflects the material’s ability to resist cuts— a critical safety metric for protective clothing used in industrial, medical, or hazardous environments.
This tester’s key function is to quantify the cut resistance of protective materials (especially glove fabrics): it simulates cutting forces by driving a blade across the test sample at a fixed distance, then measures the vertical force needed to penetrate the material. This data directly reflects the material’s ability to resist cuts— a critical safety metric for protective clothing used in industrial, medical, or hazardous environments.
Product Standards
EN ISO 13997 Cut Resistance Test，EN388 Glove Cut Resistance Tester
EN ISO 13997 Cut Resistance Test，EN388 Glove Cut Resistance Tester
Instrument characteristics
1. The test data can be copied directly from the instrument using a USB flash drive, which is more conducive to the test environment requirements of various sites.
2. Glove Cut Resistance Tester has a built-in thermal printer
3. Precision high-end motor drive, stable operation, low noise;
4. High-precision ball screw controls the movement speed;
5. Imported high-precision bearings, low friction and high precision;
6. No radial swing, no jumping and vibration during operation;
1. The test data can be copied directly from the instrument using a USB flash drive, which is more conducive to the test environment requirements of various sites.
2. Glove Cut Resistance Tester has a built-in thermal printer
3. Precision high-end motor drive, stable operation, low noise;
4. High-precision ball screw controls the movement speed;
5. Imported high-precision bearings, low friction and high precision;
6. No radial swing, no jumping and vibration during operation;
Technical parameters
1. Force application range: 1.0N~200.0N.
2. Length of the blade passing through the sample: 0~50.0mm.
3. Weight set: 20N, 8 pieces; 10N, 3 pieces; 5N, 1 piece; 2N, 2 pieces; 1N, 1 piece; 0.1N, 1 piece.
4. Blade hardness greater than 45HRC. Blade thickness (1.0±0.5) mm.
5. Blade length greater than 65mm, width greater than 18mm.
6. Blade movement speed: (2.5±0.5) mm/s.
7. Cutting force accurate to 0.1N.
8. The force applied between the cutting blade and the sample is maintained within the range of ±5%.
9. Dimensions: 560mm×400mm×700mm (L×W×H)
10. Weight: 40kg
11. Power supply: AC220V, 50Hz
1. Force application range: 1.0N~200.0N.
2. Length of the blade passing through the sample: 0~50.0mm.
3. Weight set: 20N, 8 pieces; 10N, 3 pieces; 5N, 1 piece; 2N, 2 pieces; 1N, 1 piece; 0.1N, 1 piece.
4. Blade hardness greater than 45HRC. Blade thickness (1.0±0.5) mm.
5. Blade length greater than 65mm, width greater than 18mm.
6. Blade movement speed: (2.5±0.5) mm/s.
7. Cutting force accurate to 0.1N.
8. The force applied between the cutting blade and the sample is maintained within the range of ±5%.
9. Dimensions: 560mm×400mm×700mm (L×W×H)
10. Weight: 40kg
11. Power supply: AC220V, 50Hz
