Must-have 3.5mm X 2.7mm (m3) Size 1 Din Quick Change Tap Adapter With Clutch - Emuge Collection [8qWtJgMe]

3.5mm x 2.7mm M3 Size 1 Quick Change Tap Adapter

Discover the EM-U01/DIN Tap Adapter, a premium tool designed for precision engineering tasks. This adapter is engineered with a 3.5mm x 2.7mm (M3) cutting area, making it ideal for a wide range of applications. Its robust construction features an overload clutch, ensuring tool safety and preventing breakage during operation. The EM-U01/DIN is compatible with quick-change holders such as KSN, SFM, and GR-S, offering versatility and efficiency in your workshop.

Technical Specifications and Features

The EM-U01/DIN Tap Adapter boasts a range of technical specifications that set it apart from standard tap adapters. With a clamping diameter of 3.5mm and a shank square of 2.7mm, it provides secure and precise gripping for your taps. The adapter's overall length is 47mm, with a projection length of 25mm, ensuring optimal fit and functionality. Key features include an internal coolant supply (ICS) capability, allowing for use up to 50 bar pressure, and a convenient quick-change design for streamlined tool changes.

• Overload clutch for tool safety
• ICS compatibility for high-pressure operations
• Convenient quick-change design for efficient tool handling

Practical Applications and Benefits

The EM-U01/DIN Tap Adapter is a must-have for professionals in the precision engineering field. Its robust design and versatile compatibility make it suitable for a variety of applications, including automotive, aerospace, and general machining. The adapter's overload clutch not only prevents tool breakage but also enhances the longevity of your taps. By using the EM-U01/DIN, you can expect improved productivity, reduced downtime, and enhanced overall quality in your work. This adapter is the perfect choice for any engineer looking to elevate their precision engineering capabilities.

• Enhanced tool safety and longevity
• Increased productivity and efficiency
• Optimized for use in various precision engineering applications