Viral Bowers Microgauge 2 Point Bore Gauging Large Set 0.95-2.45mm Smg010m Perfect For Gifting [YsDNEq1X]

Bowers MicroGauge 2 Point Bore Gauging Large Set

The Bowers MicroGauge 2 Point Bore Gauging Large Set is a cutting-edge measuring instrument designed for precision engineers and professionals in need of a reliable and portable solution for measuring small bore diameters. This set is equipped with a new slimline digital display and features simple 2-button operation, ensuring ease of use even in the tightest of spaces. With its compact design, the MicroGauge is essentially a pocket-sized instrument, measuring approximately the same size as a ballpoint pen, making it an ideal companion for those working with small precision parts.

Key Features and Specifications

The MicroGauge boasts a clear LCD display, which provides a clear and easily readable reading. Data output is available via Proximity-RS232 or Proximity-USB, allowing for seamless data transfer. Each measuring head in the set is equipped with spherical hard-chromed contact points, which are set in appropriate setting rings for precise and consistent measurements. The set comes standard with UKAS-certificates, ensuring accuracy and compliance with industry standards. The MicroGauge's range extends from 0.045mm to 2.45mm, making it a versatile tool for a variety of applications.

Practical Applications and Target Audience

Whether you're a precision engineer working on intricate machinery components or a hobbyist crafting delicate models, the Bowers MicroGauge 2 Point Bore Gauging Large Set is an indispensable tool. Its pocket-sized design and precise measurements make it an ideal choice for professionals who require accuracy and convenience. The ability to easily set and read the display using only two buttons, along with the switchable resolution options, ensures that you can get the precise measurements you need quickly and efficiently. With its wide range of applications and user-friendly features, the MicroGauge is a must-have for anyone involved in precision measuring tasks.