Material testing machines are used to determine the physical and mechanical properties of raw materials and components. These are ideal for product testing of finished goods such as plastics, packaging, medical devices, electronic components, textiles, metals, composites, and paper. It can test for tensile strength, compression, flexure, friction, tear, peel, adhesion, shear, ductility, insertion, shear strength, and many other parameters.

Mechanical testing services include shock tensile, vibration, compression, fatigue, and flexural, and welding testing. Shock testing replicates real-life shock environments to determine the package or product's level of fragility. Vibration testing is the shaking of a product or package to determine its ability to survive in real world conditions. Compression testing is typically used to test plastics, foam, rock, concrete and asphalt. Fatigue testing is used to determine how many load cycles a material can sustain or the failure load level for a given number of cycles.

Micro fiberscopes are designed using high-resolution fiber optics technology for sharp image transmission with separate light guide fibers for bright illumination. Because of their enhanced brightness image clarity, these fiberscopes are ideal for TV monitor inspection. It delivers high-resolution images. Detachable light guide fibers transmit illumination from a separate light source directly to the subject.

Multi-channel potentiostat-galvanostat is a digital scanning multi-channel potentiostat system. The design provides a user configurable instrument for demanding research applications. It is a computer controlled multi-channel potentiostat system. The system can be configured from 2 to 14 channels, which can be controlled independently or be used in conjunction with other channels to perform simultaneous experiments on different electrodes.

Multi-analyte photometer is a portable microprocessor based photometer. It is offered with various features including pre-programmed to measure 30 analytes automatically. There is no need for sample preparation, mixing & chemical contact. The other features include readout in concentration, absorbance or percent transmittance, time & date tags and storage of up to 100 data points for download. It can also be used to measure any type of cuvette or vial, designed for photometric analysis, provided that they are either 13mm or 16mm in diameter, to show either absorbance or percent transmittance readings.

Non-Destructive Evaluation has a central place in modern technology both as a means of evaluating materials and products as they are manufactured and for confirmation of fitness for purpose while they are in use.

Non Destructive Testing evaluates material properties and quality of manufacture for expensive components or assemblies without damaging the product or the function. Non-destructive testing is associated with the welding of large high stress components such as pressure vessels and structural supports.

Non-contact surface profiling system utilizes precision linear motors to scan a highly accurate laser displacement-measuring device over the sample surface at speeds of up to one meter per second. It collects surface profile data at up to one sample per micrometer over the entire surface scan area. Non-contact surface profile measurements can be recorded with data density of up to 256,000 data points per line of data, and 3D non-contact surface profiling area maps at many giga samples per map. This system includes digital filtering options, tilt removal, arithmetic, statistics and auto-thresholding.