Experience Morse Taper Ring Gage Without Tang - 2.4940 - 2.1160 - 7 1/4 - .62565 - W/o Tang - 6 While Supplies Last [PO6EDLNe]

Morse Taper Ring Gage

Experience the precision and reliability of our Morse Taper Ring Gage, designed to meet the highest standards of quality and performance. This innovative tool is ideal for ensuring the accurate fit and functionality of Morse taper connections in various applications. With a wide range of specifications, including a taper range from 2.4940 to 2.1160 and a diameter of 7 1/4 inches, this gage offers versatility and adaptability for different industries.

Product Features and Specifications

Our Morse Taper Ring Gage stands out due to its exceptional features and precise specifications. It features a cylindrical taper design, ensuring a secure and accurate fit every time. The absence of a tang (W/O Tang) allows for greater flexibility in use and reduces the risk of damage to mating parts. The gage is meticulously calibrated with a diameter of .62565 inches, providing precise measurements that are crucial for the success of your projects.

• Wide Taper Range: Covers a taper range from 2.4940 to 2.1160, catering to diverse applications.
• Accurate Calibration: Meticulously calibrated with a diameter of .62565 inches for precise measurements.

Practical Uses and Benefits

Whether you're working on aerospace, automotive, or machine tool manufacturing, our Morse Taper Ring Gage is a valuable tool for ensuring the quality of your work. Its robust construction and precise calibration make it a reliable choice for critical applications.

• Standard Taper Gages: Manufactured to meet industry standards for Morse, Jarno, Brown & Sharpe, Jacobs, National Machine, and other special taper gages.
• Customization Options: WESTport Gage offers customization services, including manufacturing tapered arbors to your print or providing assistance in developing drawings based on common gaging practices.

With this gage in your toolkit, you can rest assured that your Morse taper connections are consistently precise, leading to improved productivity and reduced downtime.