Different Types of Cutting Tester: How to Choose the Best for Your Glove Testing?

Cutting testers are critical instruments for measuring cut‑resistance performance of safety protective materials across different industrial applications. They come in different types and serve various testing purposes. In this article, you’ll learn the various types, their applications, supported standards, key features, and how to select one that suits your glove‑testing projects. Please continue reading to understand better.

These glove testing machines play a very important role in quality verification for personal protective equipment. Furthermore, these testing instruments serve as mechanical devices that you can utilize in different applications for product certification, internal quality control and product R&D. The testers can generate repeatable test results under controlled laboratory conditions.

This Safety Glove Cutting Tester is used for safety glove protect area and shoe upper cutting testing, but it is not suitable for the glove made of hard materials. It can generate reliable test data for product certification, quality control and R&D.

This is the widely‑adopted TDM Cut Test Machine for cut‑resistance measurement. This machine is used for TDM grading test (cutting force N) of gloves, protective clothing fabrics and other fabrics, composite materials, rubber and other materials for cutting resistance.

This TDM Cut Test Machine type comes with a special touch‑screen design which allows operators to finish parameter setting and data review conveniently.

Built‑in thermal printer can print test data in real time and export USB data reports. For its control transmission system, it selects high‑quality brand servo motor system, high‑precision ball screw and rotary encoder, stable operation and stable test data. 

There are different recognized standard ratings for cut‑resistance testing that define test procedures, sample requirements and result evaluation rules. Some lab projects will only function with testers that support target standard requirements to get valid certification‑ready test reports.

This tester supports EN 388, ISO 20344, GB/T 20991, AS/NZS 2210.2, AQ 6102.

This tester supports ISO 13997, BS EN 1082‑2, EN 388, GB 24541, ASTM F2992/F2992M‑15, ANSI/ISEA 105.

There are different types of Glove Cutting Testers, and it is important to know the right cutting tester that suits your intended glove‑testing application.

Start by knowing what your application requires. In this regard, you will need to consider some factors like target test samples, certification‑standard demands, and expected test‑output formats. The application factor includes sample types such as safety gloves, shoe uppers, fabrics or composite materials. All the factors mentioned above will help you determine the right cutting tester for your laboratory.

You need to know the different types of cutting testers available and where they function effectively. For instance, GT‑KC29 Safety Glove Cutting Tester is suitable for safety glove protective area and shoe upper cutting testing. On the other hand, GT‑KC28 TDM Cut Test Machine is great for TDM grading test for a wider range of fabrics and composite materials.

Cutting testers have specialized functions. Identifying the different cutting‑tester types and their functions will guide you in choosing the one that suits your application.

The data‑processing functions a cutting tester can handle varies. Therefore, it is important to evaluate these factors so as to choose the one that can meet your report‑generation and certification‑report requirements. Some Safety Glove Cutting Testers support automatic calculation, curve fitting, confidence‑interval output, data storage and export functions for efficient lab work.

It is important you check the hardware composition of the cutting tester. This also includes the optional consumable parts such as imported cutting blades, printing modules and transmission‑system configurations.

It is important you check the hardware composition of the cutting tester. This also includes the optional consumable parts such as imported cutting blades, printing modules and transmission‑system configurations.

Performance and standard compliance are very crucial when choosing a cutting‑tester type. Therefore, you need to carry out appropriate validation to assess the performance of the selected tester. Such validation work is usually carried out with reference samples to enable proper evaluation of the tester’s repeatability and stability.

Reach out to those involved in cutting‑tester manufacturing or other laboratory‑testing professionals in the field to get the best advice on which cutting tester to choose. These people will offer the best recommendations and help you make the right decisions.