Shock tests are used to accurately measure the fragility of products and to evaluate protective packaging.  Shock test data is key information necessary to ensure that any product is capable of with standing its 'real world' environment. Packages and products must be evaluated for their ability to withstand hazards of transportation.  Shock occurs to a package or product when there is a change in velocity.  When the package is dropped, the velocity immediately changes, therefore inducing shock. During shock testing, accelerometers are placed on the critical components of the package or product.  The test specimen is then dropped from a pre-determined height according to the ASTM standard D3332.  Drop shock testing assesses how well the package is protecting the product inside or the fragility and durability of the product.

Shock Traps are designed to eliminate damaging shock waves and pressure transients in fluid transporting systems.

Shockless ionizing gun is perfect for spot cleaning. It is designed for neutralizing static and removing surface contamination in non-clean room applications such as cleaning plastic parts prior to assembly. It is also used for neutralizing nonconductive components prior to their assembly into a printed circuit board.

Shoe Scanner uses AM radio waves to resonate the molecules inside shoes, creating a frequency that is unique to particular types of molecules. Shoe scanner uses a technique called quadrupole resonance to excite and detect atoms that reside in explosive material without requiring passengers to take off the shoes.