Tungaloy Corporation has announced an expansion of its Y-Pro Series with the introduction of precision-ground YCGT inserts designed with a 25° corner angle to deliver improved performance in profiling and undercutting applications.
In the field of small parts machining, where high-precision taper machining, profiling, and undercutting are required, improved machining accuracy and consistent surface quality are essential. This is especially true for applications such as fitting components on automatic lathes, medical implants, and shafts, where there is a growing demand for high-precision inserts with a 25° corner angle. However, suitable ground inserts optimized for this field have been limited, posing challenges in ensuring machining stability and quality under the current Challenges and Market Conditions.
The Y-Pro Series is an ideal tool line for complex turning operations such as profiling, undercutting, and V-groove machining. Its unique 25° corner angle design enables high-precision machining while avoiding interference. It is also compatible with multi-tasking machines and automatic lathes.
Benefits and Features
Feature 1: Ground Insert Ideal for High-Precision Machining
– YCGT inserts deliver dimensional accuracy and edge quality comparable to grinding processes
– The 25° corner angle design enables precise machining of intricate shapes and small components
– Ensures stable machining with minimal dimensional variation in high-precision finishing operations
Feature 2: Excellent Chip Control with JS Breaker
– Unique 3D breaker geometry optimizes chip breaking and evacuation
– Performs effectively across a wide range of applications, from finishing to deep cutting
– Reduces chip entanglement and interference with the workpiece, enhancing productivity and safety
Feature 3: Stable Machining and Superior Surface Finish with SH7025 Grade
– SH7025 grade offers an ideal balance of wear resistance and toughness
– Ensures consistent tool life even during extended continuous machining
– Produces excellent surface gloss and smoothness, minimizing the need for secondary operations
