►The basic model consists of a heavy steel base on which the specimen holder (anvil) and a heavy-duty cast steel upright are mounted

►The framework is processed with one body casting. Front and rear columns are symmetric with single beam support axis, with high stiffness and precision

►The framework is made from ductile cast iron with high strength and stiffness, and with good capability of vibration absorbing

►The seat mass is 822kg, 15 times than 750J pendulum mass (54.65), fully complying with standards that seat mass must be 12 times than pendulum mass

►Pendulum is designed with 3D CAD software, greatly ensuring the striking center accuracy and pendulum moment precision. High strength pendulum rod highly reduces vibration after impact

►Striking knife is tightened by wedge block, simple to change. Striking knife is available with R2 and R8, fully complying with ASTM, JIS, DIN, GB, ISO, EN and other standards

►Striking knife is made of anti-wearing high speed tool steel with hardening treatment, and hardness is larger than HRC60, with high strength, ductility and abrasion resistance

►Supports and anvils

►Anvil shape is rhombus and can be used in any direction, meaning the using life is 4 times than traditional anvil.

►The anvil material is high speed tooling steel CW6Mo5Cr4V2 after hardening treatment, and the hardness is larger than HRC60, with high strength, ductility and abrasion resistance.

►It is very simple to change anvils with inner hexagon spanner. The anvil is machined by special process with high precision and good interchangeability.

►Three types of energy display are available:

           Dial gauge: simple and direct to read impact energy

           Wide view touch screen

           Computer with test software