Experience unparalleled precision and consistency in impact testing across a diverse array of materials with Instron pendulums. Our cutting-edge design is tailored to meet the ever-increasing need for reliable and repeatable results. Introducing the versatile pendulum family! Designed to determine the mechanical and physical properties of metals, polymers, composites, and finished products, this cutting-edge technology is ideal for both research and development (R&D) and quality control (QC) purposes. With the ability to perform Charpy, Izod, and Tensile tests in accordance with international standards, the pendulum family is the ultimate solution for all your testing needs. Experience the unparalleled benefits of our uninstrumented systems that accurately provide the absorbed energy value. Maximize your understanding of material impact by fully instrumenting the pendulum for a comprehensive study. Gain valuable insights into failure analysis and material dynamics with this essential information.

CEAST 9050 Impact Pendulum

The Instron CEAST 9050 impact pendulum for plastics and composites allows for easy and safe determination of impact resilience, providing you with the most accurate results possible. Experience the ultimate in impact testing precision with the Instron CEAST 9050 impact pendulum. Our state-of-the-art technology ensures compliance with all the main ISO and ASTM impact testing methods, including Charpy, Izod, and Tensile Impact, with a wide range of 0.5 - 50J.

Charpy Pendulum Impact Test and Other Testing Methods
Discover the unparalleled accuracy of Charpy, Izod, and Tensile pendulum impact tests - the leading methods for determining the impact strength of materials. Gain a competitive edge by comprehending the energy absorption properties of materials. Our cutting-edge technology accurately forecasts the extent of plastic deformation that our material can endure. Discover the nuanced differences between the Izod and Charpy pendulum impact test methods! While both methods measure similar properties, the crack propagation sets them apart. Experience the ultimate in testing accuracy with our state-of-the-art specimen design and testing configuration options, ensuring consistent and reliable results every time.

MPX Series Motorized Pendulum Impact Tester

Check the unparalleled precision and accuracy in your metals impact testing with the Instron MPX motorized pendulum impact test system. Our cutting-edge Bluehill Impact software takes your testing to the next level, ensuring that you meet Charpy and Izod standards with ease. Choose the preferred system for metals impact testing and elevate your results today. Introducing the MPX - the ultimate solution for high volume testing! With a range of capacities from 300 to 900 Joules, this efficient and user-friendly device is the perfect choice for all your testing needs. Experience unparalleled operator protection with our fully enclosed testing space featuring an integrated guard and safety control system that meets the rigorous standards of the European CE mark and ISO 13849.

Features and Benefits

- Standard capacities include 300, 450, 600, 750, and 900 Joules
- Automatic test start at door closure for efficient testing and adherence to standards for non-ambient specimen testing
- Optional interchangeable hammer weights conveniently adjust the system capacity without removal of the hammer shaft
- Motorized hammer lift and automatic return to start test position for increased productivity and operator safety
- Hammer brake, clutch, and latch mechanisms respond quickly for faster operation
- Safety enclosure with interlocks protects the operator by preventing the hammer from releasing when doors are open
- Adjustable latch height adds configurability for testing at lower energies and velocities
- Standard base design meets ASTM and ISO recommendations
- Charpy anvil inserts and striker are selectable to meet a range of international test standards
- The MPX is designed to meet the following standards: ASTM E23, ISO 148, EN 10045, GOST 9454, AS 1544, JIS Z 2242, JIS B 7722