The HEAD1010BA-BG Stretch Test Sample Cutting Machine is designed for preparing steel specimens for tensile testing and material quality inspection. Using waterjet cold-cutting technology, it helps minimize thermal influence during specimen preparation, reducing the risk of heat-related changes to the material being tested.
The machine integrates a waterjet cutting system, laser height measurement, and an all-in-one structure to support controlled cutting and workpiece positioning. It is suitable for sample preparation from round steel pipes, square steel pipes, channel steel, and steel plates, subject to the required specimen geometry and machine configuration.
By combining cold cutting with automatic workpiece height measurement, the HEAD1010BA-BG provides a dedicated solution for steel manufacturers and laboratories that need to prepare test specimens for material evaluation.
Waterjet cutting removes material without relying on concentrated thermal energy. Unlike conventional thermal cutting, it avoids the associated heat-affected zone, making it suitable for specimen preparation where heat-related material changes are a concern.
The laser height measurement system scans the workpiece along a predefined trajectory and provides positional feedback during scanning. This helps the cutting system accommodate surface-height variations. he machine is designed for sample preparation involving round steel pipes, square steel pipes, channel steel, and steel plates
The combination of controlled cutting and automatic height measurement helps streamline the sample preparation workflow. In the documented application, the customer reported improvements in production efficiency and inspection accuracy, although no numerical improvement figures were published.
The laser height measurement system scans the workpiece along a predefined path, establishes a reference point at the start, and provides height measurements and positional feedback based on preset workpiece data.
The all-in-one structure simplifies the equipment arrangement, supports convenient installation, and allows future relocation when required.
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