Our exclusive, computer controlled fatigue machines are an ideal solution for your failure analysis or endurance strength determinations. Our PID loop's specified load and frequency provide a continuous real time sampling rate for accurate results. Our evaluation procedure allows clients to participate in the discovery process in a timely manner, while controlling investigation costs. (read more)

Our exclusive, computer controlled fatigue machines are an ideal solution for your failure analysis or endurance strength determinations. Our PID loop's specified load and frequency provide a continuous real time sampling rate for accurate results. Our evaluation procedure allows clients to participate in the discovery process in a timely manner, while controlling investigation costs. (read more)

The Series electro magnetic resonance fatigue testing machines are used for fatigue tests of metal material and component under tension, compression or reversal load. If the relevant grips are provided, there-position bending test, four-position bending test, tension and compression of sheet sample test, tension and compression of circle test , gear wheel , bolt , connecting rod...... (read more)

Fort Wayne Metals Laboratory characterizes the physical properties of their materials using several mechanical tests including tension, bending, and torsion. Each of these tests provides vital information as to how the material will perform under various conditions. (read more)

Models GT320 & GT32XX are fatigue rated, high pressure transducers with a standard accuracy of 0.25% - upgradable to 0.1% accuracy. With pressure ranges to 100,000 psi, these transducers are ideal for high cycle or ultra-high pressure applications. High level current or voltage outputs and digital outputs including CANbus, RS232 and RS485. (read more)

Shot peening is a cold working process in which the surface of a metal part is bombarded with small spherical media called shot. Each piece of shot striking the metal acts as a tiny peening hammer imparting a small indentation or dimple on the surface. In order for the dimple to be created, the surface layer of the metal must yield in tension. (read more)

Tire manufacturers & rubber companies evaluate the durability of their products with United Testing's unique systems such as the "FTF". Accomodating up to 48 samples at once, with a stroke range up to 4" and speed of 100 strokes per minute, the system generates a report and stores results in a database. All in a 24 inch square footprint (read more)

Fatigue Rated Load Cells from Honeywell

Honeywell offers a variety of fatigue rated load cells designed and engineered to be useful in a variety of potential applications which involve an extremely large number of cycles or occasional overload conditions. (read more)

Lambda's patented Fatigue Design Diagram (FDD) analysis provides quantitative determination of the optimal compressive residual stress distribution in a component necessary to alleviate typical damage conditions. (read more)

Chemically Assisted Surface Engineering, or CASE ^sm, is a two-stage process developed by Metal Improvement Company to extend a component's surface fatigue life beyond that provided by shot peening alone. (read more)