What's New

The LPX Interlock Control module provides warning and control of the Lorad LPX x-ray controller in both fix and portable operations.  Connecting the interlock control module to the Lorad LPX controller via the Lorad interlock connector disables the LPX x-ray controller until the following safety requirements are satisfied: 

1.        Upon energizing the interlock controller, a local beacon and audible alarm on the interlock controller, and a remote beacon located near the x-ray source are turned on for at least 20 seconds.

2.        After the initial 20 seconds, the audible alarm ceases and the interlock circuit to the Lorad controller is closed enabling the generation of x-rays.

3.        If the Lorad controller is not energized with in 30 seconds, the interlock controller resets and disables the Lorad controller.

Optional equipment includes circuits that detect the condition of the Beacon and 'X-ray On' light bulbs.  If the bulbs burn out, the interlock system resets thus disabling the x-ray controller.

The Lenox Instrument Company is pleased to introduce the latest in its line of videoscopes.  The View-a-Pipe AR offers all the features of traditional videoscopes plus, 4-way articulation and Remote Focus. The View-a-Pipe AR is 0.433" in diameter and available in 10, 20 and 33* foot lengths.  No longer do you have to with draw the scope to adjust the focus.

(* The 33 foot View-a-Pipe AR does not offer 4-way articulation)

Lorad Industrial Imaging has brought the state of industrial imaging to a new high with its portable constant potential x-ray units, the LPX-160, LPX-200 and LPX-300.   The LPX-300, the latest addition, has the performance of a traditional 400kV x-ray system in a package only slightly larger that a 200kV unit.  Power, portability and a 100% duty cycle make the Lorad air, or water, cooled x-ray systems the right choice for your radiographic needs.

Curlin-Air is a new and radically different type of portable ultrasonic flaw detector that features a unique (and much needed) combination of performance and capabilities.

Its remarkable penetrating power provides the opportunity to readily inspect an increasing variety of extremely attenuative materials that are generally considered "un-inspectable" with conventional ultrasonic flaw detectors.