Hot Sale 2.8mm X 2.1mm (m2) Size 0 Din Quick Change Tap Adapter With Clutch - Emuge Instant 90% Discount [Q68RWkJS]

2.8mm x 2.1mm Quick Change Tap Adapter with Clutch

Emuge's EM-U00/DIN 2.8 x 2.1 - M2 - Size 0 Quick Change Tap Adapter with Clutch is a versatile and durable tool designed for precision machining. This adapter is engineered to provide exceptional performance in quick-change holders such as KSN, SFM, and GR-S. With its robust overload clutch, it ensures that your tools are protected from breakage during operation.

Key Features and Specifications

The EM-U00/DIN adapter boasts several key features that set it apart from other quick-change tap adapters. It features a cutting area of M2, a clamping diameter of 2.8mm, and a shank square of 2.1mm. The outside diameter measures 24mm, with a projection length of 22mm and an overall length of 41.5mm. This adapter is also designed to handle up to 50 bar pressure with an internal coolant supply (ICS), making it ideal for high-performance machining applications.

• Overload clutch to prevent tool breakage.
• Size 0 quick-change adapter for easy installation and removal.
• Compatible with quick-change holders like KSN, SFM, and GR-S.

Practical Applications and Benefits

The EM-U00/DIN Quick Change Tap Adapter with Clutch is an invaluable tool for machinists who require precision and durability in their operations. Its quick-change design allows for efficient tool changes, reducing downtime and increasing productivity. The overload clutch not only protects your tools but also ensures consistent and reliable performance. With its ability to handle high-pressure coolant supply, it is perfect for use in various machining applications, including automotive, aerospace, and general engineering.

• Enhanced tool protection with the overload clutch feature.
• Increased productivity with quick-change capabilities.
• Optimized for high-pressure coolant supply for enhanced performance.

Invest in the EM-U00/DIN Quick Change Tap Adapter with Clutch and experience the difference in your machining operations.