Essential Bowers Mechanical Bore Gauge Xt Analogue Imperial Xta150i Ukas/ring 6-7 Inch Up To 85% Off [SRT3XEfN]

Essential Bowers Mechanical Bore Gauge Xt Analogue Imperial Xta150i Ukas/ring 6-7 Inch Up To 85% Off [SRT3XEfN]

Introducing the Bowers Mechanical Bore Gauge XT Analogue Imperial XTA150I, a precision tool designed for the demands of the shop floor. This gauge is engineered to provide accurate bore measurements with its rugged construction and easy-to-read scale. The XTA150I stands out for its exceptional value, offering a reliable and cost-effective solution for precise bore measurement. The gauge's ratchet stop feature ensures consistent measurements, while the included setting rings and UKAS certification provide added confidence in the accuracy of your readings.

Product Specifications and Technical Details

The Bowers Mechanical Bore Gauge XT Analogue Imperial XTA150I is built to meet the highest standards of precision. With a range of 6-7 inches and an accuracy of 0.00030 inches, this gauge is ideal for a variety of applications. Its depth measurement capability extends to 4.53 inches, and the included setting ring is precisely calibrated at 7.000 inches. This bore gauge is manufactured according to DIN 863, part 4, ensuring compliance with international quality standards. The gauge comes complete with a serial number for easy identification and comes supplied in a fitted wooden case for secure storage and transport.

Practical Applications and Target Audience

Whether you're a professional machinist, a hobbyist, or an engineer, the Bowers Mechanical Bore Gauge XT Analogue Imperial XTA150I is a versatile tool that will enhance your precision measurement capabilities. Its extended mechanical travel and interchangeable measuring anvils make it unnecessary to switch gauges, streamlining your workflow and saving time. With UKAS certification included with every setting ring and gauge, you can trust in the accuracy of your measurements. This bore gauge is an essential addition to any toolkit, providing the precision and reliability needed to tackle a wide range of bore measurement tasks.