State-of-the-art technology with host of features, a must for today’s shop process quality engineering Two level password, prevents unauthorized alteration Multiple-level display intensity for operators comfort Inch & metric measuring ranges Static & dynamic measurement Permits incorporation of complex formulae for probe combination Display of tolerance and control limit status – supports process control Classifies tolerance band into uniform or non-uniform tailor made grades Permits menu entries up to 16 different settings for quick application changeover Wide range of process control based electrical outputs facilitates automation Auto calibration Compatible with half bridge and LVDT type inductive measuring probe RS232 based interface with real time tagged measurements Aesthetically appealing, sturdy and ergonomic design, suitable for shop-floor applications USB interface to PC and flash drive

RL stands for Filter, Regulator, and Lubricator, and it is a common assembly used in pneumatic systems to ensure clean, stable, and properly lubricated air supply. When combined with an FRC (Air Filter Regulator Combination), it provides a streamlined solution for air treatment in pneumatic systems

precision regulator is a device designed to control and maintain a specific, stable pressure within a system, often with high accuracy and minimal fluctuation. These regulators are crucial in applications where precise pressure control is essential, such as in laboratory settings, industrial processes, or high-precision machinery. Here’s an overview of precision regulators, including their types

LVDT (Linear Variable Differential Transformer) probes are precision sensors used to measure linear displacement or position. They are known for their accuracy, reliability, and durability in various industrial and research applications. Here's an overview of how they work, their components, and their applications:

VISION offers custom design & built solutions for measurement of high volume parts in production. Combining various sensor options like LVDT, PIEZZO sensors & camera; our solutions provide precision with through put.

Computerized SPC Multi bore Checking System Air-Electronic input from VISION Air Plug Two metric measuring ranges: 200µm (resolution 0.1µm), 2000µm (resolution 1µm), and two Inch measuring ranges: 20.0 thou (resolution 0.01 thou) & 200 thou (resolution 0.1 thou) Measurement display in absolute or comparative form Auto calibration with two setting masters Keyboard entered upper & lower tolerance limits (UTL & LTL), applicable to the values displayed Static or dynamic (max, min, average & TIR) measurements Combined advantages of non-contact air sensing and high precision electronics SPC all chart available air saving

A thread gauge is used to check the dimensions of a specific thread form angle, pitch and diameter. Plug gauges are used to check internal threads, whereas ring gauges are used to check external threads. Each gauge comprises of two parts: a GO gauge and a NO GO gauge. Both parts should be used to check the thread.

In the case of (screw/bolt) threaded parts, thread plug gauges are used in production shops where the “screws” (externally threaded parts) or the “nuts” (internally threaded parts) are to be quickly checked for inspection and approval. When you consider the metrology (the science of measurement) of threaded parts as a whole, more than a couple of thread gage types are involved; a novice in metrology can become somewhat confused with the terminology of the threaded gages in addition to how they are used. In a threaded part, several features are involved – the thread’s major diameter, minor diameter, pitch diameter, pitch (in case of metric threads) or threads per Inch (TPI in case of Standard American Equivalent (SAE) threads), flank angle, etc. Normally, a GO / NO-GO type of threaded gage will inspect a threaded part based mainly on the pitch diameter. As long as a GO gage is answered (threads properly without being forced) and a NO-GO gauge is not answered, the threaded part is deemed to be accepted and pass inspection. In some specific cases where the thread major diameter (for screws) or minor diameter (for nuts) is critical, separate, plain GO/ NOGO gages (like those used for measuring cylindrical parts) are also used in addition to a threaded gages to determine the acceptance of a threaded part. A thread plug gage is used to check acceptance of a “nut” , (an internally threaded part). For small threaded parts, the gage will be double ended, with one end carrying the GO gage and the other end, the NOGO. For larger parts, the two may be separate pieces. A thread plug gage is designed to check the pitch diameter (to the given pitch / Threads per inch). In order for the part to pass inspection and be accepted, the GO gage should pass through the entire length of the nut, without requiring the use of too much rotational force. The NOGO gage can at the best enter into the nut, checked at both ends, over not more than 2 turns. It should not go beyond this.