All-in-one Bowers Xta Analogue Bore Gauge Set Metric Ukas/ring 100-150mm Sxta7m Tool [Hn8L9XlJ]

Bowers XTA Analogue Bore Gauge Set

The Bowers XTA Analogue Bore Gauge Set is a precision tool designed for accurate bore measurement on the shop floor. This set stands out for its innovative features and durable construction, making it an ideal choice for professionals seeking reliable and cost-effective measurement solutions. The gauge set is equipped with a ratchet stop for consistent measurements, ensuring precision in every use. With a range of 100-150mm, this set is versatile enough to handle a variety of applications.

• Ratchet stop for consistent measurement
• Setting rings included for individual instruments and sets

High-Quality Construction and Certification

Crafted according to DIN 863, part 4, this bore gauge set is manufactured to the highest standards of quality and precision. Each gauge in the set is marked with a serial number for traceability and comes with a UKAS certificate as standard. This certification guarantees the accuracy of the setting rings, providing peace of mind to users that they are working with reliable tools. The gauges are also supplied in a fitted wooden case, ensuring safe storage and easy transportation.

• UKAS certificate supplied with all setting rings and XT mechanical micrometers
• Bore gauges manufactured according to DIN 863, part 4

Practical Applications and Benefits

The Bowers XTA Analogue Bore Gauge Set is perfect for a wide range of industries, including automotive, aerospace, and manufacturing. Its rugged construction and easy-to-read scale make it a user-friendly tool for both beginners and experienced professionals. The extended mechanical travel of these two-point gauges eliminates the need for frequent measuring anvil exchanges, saving time and reducing the risk of errors. With UKAS certification and a focus on precision, this gauge set is a valuable addition to any toolkit.

• Accurate bore measurement for a variety of applications
• Time-saving design with extended mechanical travel