Fiber probe is used to collect light or spectra from extreme environments inside reaction vessels at high temperatures or pressures. The type of fiber probes includes UV-Vis spectroscopy probes and refractometry probes. UV-Vis spectroscopy probes track the electronic transitions of molecules as they absorb light in the ultraviolet and visible regions of the electromagnetic spectrum. These fiber optic probes can be used with a wide range of samples and are suitable for biochemical, biological, and pharmaceutical research. Refractometry probes are fiber optic probes that detect the deviation of light by a solution as a measure of specific gravity.

Fiberscope is a tool, which is used for inspecting holes and cavities. The basic unit of operation is a flexible tube that can change its view angle or navigation through paths that are not straight. Important specifications for fiberscopes include tube or sheath diameters, working length, field of view and minimum focus distance.  The tube diameter is the diameter of probe for insertion into the cavity to be inspected.  This typically determines the minimum size hole the scope can be used with.  The working length is the length of the probe.  This effectively determines depth of inspection capability.  The field of view is the viewing cone included in the viewing angle.  It is a measure of how much of the visual field is taken up by the image.  The minimum focus distance for the fiberscope is the minimum effective focusing distance. A robotic probe is a device that uses onboard instruments to gather and relay a variety of telemetry to controllers from remote, hazardous or otherwise difficult to reach locations. Probes may return their data over radio links or be physically tethered to controllers or another device, or to collect and return physical samples.

Film Free Shrink Testers are used in heat shrinkage test of all kinds of films in liquid under various temperatures. It characteristics includes aluminum test chamber guarantee the even and rapid heat, temperature P.I.D. control system, parameter LCD display and friendly human- equipment interaction, function of auto timing guarantee the accurate test, special specimen shelf makes the operation easy, conforming to GB standard, and compatible with ASTM and other standard, safe and reliable. It is made up with liquid test chamber, heating elements, control elements. It is applied to place the specimen, heating elements are applied to get the test temperature preset, control system is applied to set and monitor the test parameters.

Fire Hose Testers has flow rates up to 10 GPM, and pressures up to 1,000-PSI Electric, and diesel driven models designed to test fire hose up to 6″ in diameter. It is mounted on swivel casters. This is equipped with GFI for safe.

Flexural testing involves the bending of a material, rather than pushing or pulling, to determine how much the material can bend before it breaks, as well as the relationship between bending stress and deflection. It is commonly used on brittle materials such as ceramics, stone, masonry and glasses. It can also be used to examine the behavior of materials which are intended to bend during their useful life, such as wire insulation and other elastomeric products. This testing is used to determine the flexure or bending properties of a material. Sometimes referred to as a transverse beam test, it involves placing a sample between two knife-edge points and initiating a load at the midpoint of the sample. Maximum stress and strain are calculated on the incremental load applied. Results are shown in a graphical format with tabular results including the flexural strength (for fractured samples) and the yield strength (samples that did not fracture).

Fluorescent Penetrant Testing is the most versatile NDT process for the detection of defects open to the surface in no-porous materials. It is post removable and water washable. It has hydrophilic and lipophilic emulsifiers. It also has fluoresces with 365nm UV(A) light.

Fuse Panel Assembly & amp; Inspection includes a block adapted to accommodate any sequence of predetermined long and short cartridge fuses. The panel assembly includes an insulating-material fuse panel block adapted to receive a buss bar-like connector along one edge, and has means thereon for receiving a first respective row of either 30 or 60 amp cartridge fuse clips electrically attached to the connector. Parallel to that edge of the block and spaced-apart there from are a plurality of second rows of fuse connector-receiving means. The fuse panel assembly can be custom assembled for almost any combination, sequence or configuration of 60 and 30 amp fuses.

Gage Block Calibration is protecting gauge blocks from dirt, dust and moisture by keeping them enclosed in their case. It requires regular calibration to maintain accuracy.

Gage calibration determines the deviation from the true value of the indication supplied by a measuring instrument. The results of the calibration process can be used for gage adjustment. A calibrated gage is traced back to a master source.

Gantry Scanning System is used to inspect large to medium scale parts, such as large welding pipes and aircraft composite parts. This system is used with either track or wheel transports.

Gauge Buster Digital Indicators are versatile digital indicators designed for a variety of materials, product, remote on-wite and force calibration testing applications.