Clinically Tested Bowers Xt Micro Analogue Bore Gauges Mxta1m 2-2.5mm + Gift Included [hPl1wBjy]

Bowers XT Micro Analogue Bore Gauges: Precision at Your Fingertips

The Clinically Tested Bowers Xt Micro Analogue Bore Gauges Mxta1m 2-2.5mm + Gift Included [hPl1wBjy] are designed to provide unparalleled accuracy and ease of use for your shop-floor bore measurement needs. Engineered with precision and built to last, these gauges are an essential tool for any professional looking to maintain high standards of quality in their work. The range of 2-2.5mm ensures versatility, while the depth of 9mm allows for comprehensive measurements. With a graduation of 0.002mm and an accuracy of 0.004mm, you can trust these gauges to deliver reliable results every time.

Key Features and Specifications

The Bowers XT Micro Analogue Bore Gauges come equipped with a ratchet stop to ensure consistent and repeatable measurements. This feature is crucial for maintaining uniformity across multiple measurements. The setting ring included with the gauge is precision-engineered for accuracy, and both the gauge and the setting ring come with UKAS certificates, guaranteeing compliance with industry standards. The gauges are manufactured according to DIN 863, part 4, ensuring they meet international quality standards. The supplied fitted case keeps your gauge secure and organized, ready for use at a moment's notice.

Superior Design for Enhanced Performance

The Bowers XT Analogue Bore Gauges are not just about accuracy; they are also designed for ease of use. The new XTA Micro model introduces a more compact mechanical controller, making it lighter and more ergonomically designed for comfortable handling. The improved resolution of the Vernier scale from 5µ to 2µ provides even greater precision in your measurements. These gauges are an economical solution that combines advanced technology with a rugged construction, making them ideal for a wide range of applications in various industries. With the Bowers XT Micro Analogue Bore Gauges, you can be confident in the quality and reliability of your measurements.