The quick change tapping adaptors with adjustable clutch, are designed for high-torque threading operations on conventional machine tools, CNC machining centers and automated systems. This configuration is specifically developed for medium to large thread sizes up to M24, where higher torque transmission capacity and enhanced system stability are required.

The quick change system enables fast tap replacement without additional tools, reducing setup time and improving production efficiency. This feature is particularly advantageous in industrial environments with repetitive cycles or multi-tool machining operations.

A key feature is the integrated adjustable clutch, designed to limit the torque transmitted during machining. The torque setting can be adjusted according to thread size, material and cutting conditions. In case of overload, the clutch disengages to prevent tap breakage, protecting both the tool and the workpiece while ensuring process continuity.

The adaptors are compatible with taps featuring standard square shanks, with dimensions optimized for each variant (from M5 up to M24). This precise coupling ensures efficient torque transmission, eliminates play and slippage, and maintains stable rotation even under demanding machining conditions.

The reinforced body design with d1 = 31 mm provides increased structural rigidity and improved resistance to torsional loads generated during large-diameter threading operations. High-quality materials and surface treatments ensure wear resistance, dimensional stability and long service life, even in intensive industrial environments.

These adaptors are ideal for threading operations on steel, alloys and high-strength metallic materials, and are widely used in sectors such as automotive, heavy fabrication, general mechanics, machine building and subcontract machining. They are particularly suited for applications requiring high process reliability and precise torque control.

The combination of quick change functionality and adjustable clutch results in a highly efficient system that reduces downtime, improves operational safety and ensures consistent, high-quality threading even in demanding production cycles and large-diameter applications.