Believe It 16.0mm X 12.0mm Size 2 Din Quick Change Tap Adapter Without Clutch - Emuge With A 35% Price Cut [RcseBHhU]

16.0mm x 12.0mm Size 2 DIN Quick Change Tap Adapter without Clutch

The Emuge EM03/DIN Tap Adapter is a versatile and efficient tool designed for precision machining. This Size 2 adapter is engineered to provide a quick and secure fit in various quick-change holders, such as KSN, SFM, and GR-S. With its M20 cutting area, it is capable of handling high-pressure coolant supply up to 50 bar, ensuring optimal performance and durability. This adapter is the ideal choice for professionals seeking reliable and efficient tapping solutions.

Key Features and Specifications

The EM03/DIN Tap Adapter boasts a robust design with the following specifications: a clamping diameter of 16.0mm, a shank square of 12.0mm, an outside diameter of 48mm, and a projection length of 10mm. Its overall length measures 45mm, with a D1 dimension of 31mm and an additional L5 dimension of 44mm. This adapter is designed to be compatible with quick-change holders, making it a convenient and efficient addition to any machining setup. Its features include:

• High Pressure Coolant Compatibility: Up to 50 bar with internal coolant supply (ICS)
• Quick Change Capability: Fits in various quick-change holders for efficient tool changes
• Robust Construction: Ensures durability and reliable performance

Practical Applications and Benefits

The Emuge EM03/DIN Tap Adapter is an essential tool for a wide range of applications in the machining industry. Whether you're working on automotive parts, aerospace components, or general metalworking, this adapter provides the precision and efficiency you need. Its key benefits include:

• Improved Productivity: Quick-change capability and reliable performance save time and effort
• Enhanced Precision: Precise cutting and reliable grip for consistent results
• Cost-Effective: Long-lasting adapter reduces the need for frequent replacements

With the Emuge EM03/DIN Tap Adapter, you can elevate your machining operations to new heights of efficiency and precision.