The GUNT Impact Test Machine is a solid-pendulum impact tester designed according to DIN EN ISO 148-1 for Charpy notched-bar impact testing. Its clean layout and simple operation allow the experimental sequence to be observed in detail. The powerful trainer supports industrial-scale testing, providing reliable material fracture analysis.
Product Features
- Widely used impact test method for rapid material and component characteristic analysis
- Solid-pendulum impact tester based on DIN EN ISO 148-1 for Charpy notched-bar impact tests
- Hammer attached to a pendulum arm swings in an arc, transferring kinetic energy to the notched specimen
- The specimen is either fractured or bent and pushed between supports at the impact point
- Impact work required to deform the specimen is read directly from a large scale
- Optional data acquisition system available for transferring measured values to a PC for detailed analysis
- Hammer mass can be varied by adding or removing weights to adjust output energy
- Brake reduces residual hammer energy on each swing
- Protective cover accessory available to ensure safe operation
- Two-hand hammer trigger enhances operator safety
- Allows quality control and fracture behavior analysis of metallic and non-metallic materials
- Includes stainless steel ISO-V notched-bar impact specimens; additional materials available as accessories
Benefits
- Standardized and reliable impact testing for precise material characterization
- Safe and user-friendly operation with two-hand trigger and protective cover options
- Flexible energy output with adjustable hammer mass
- Real-time measurement and optional PC data analysis improve testing efficiency
- Versatile testing with specimens for a variety of materials and notch geometries
Why Choose the GUNT Impact Test Machine?
Engineered for industrial quality control and research, the GUNT Impact Test Machine provides accurate and standardized impact testing per international norms. Its robust design, safety features, and flexible energy settings make it an ideal solution for laboratories analyzing fracture behavior in metals and other materials.
