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. It offers a clear layout and simple operation, allowing detailed observation of the experimental sequence. Ideal for industrial quality control, it quickly determines material characteristics and fracture behavior of metallic and non-metallic specimens.
Product Features
- Widely used impact test method for fast and easy material and component analysis
- Solid-pendulum impact tester based on DIN EN ISO 148-1 for Charpy notched-bar 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 for transferring measured values to a PC for analysis
- Hammer mass adjustable by adding or removing weights to vary output energy
- Brake reduces residual energy on each swing until it reaches zero
- Safety protective cover available as accessory to ensure safe operation
- Hammer trigger requires two hands to enhance operator safety
- Suitable for quality control and fracture behavior analysis of different metallic and non-metallic materials
- Includes specimens with various notch geometries, materials, and dimensions
Benefits
- Reliable and standardized impact testing for precise material characterization
- Safe and user-friendly operation with two-hand trigger and protective cover
- Flexible energy output through adjustable hammer mass
- Real-time measurement with option for digital data acquisition and PC analysis
- Versatile testing capabilities including a variety of specimen types and notch geometries
Why Choose the GUNT Impact Test Machine?
Engineered for quality control and research, the GUNT Impact Test Machine provides standardized and accurate impact testing in line with international norms. Its robust construction, safety features, and flexibility make it ideal for laboratories requiring detailed fracture behavior analysis of metals and other materials.
