Buyohlic New All in One - Multifunction Drill, External Turning & Internal Boring (Dia 14 mm-Right Hand-Long 35 mm)

The All-in-One Multifunction Drill is a highly versatile machining tool designed to consolidate multiple operations—drilling, external turning, internal boring, and facing—into a single setup. This multi-functional capability increases productivity, reduces cycle time, and enhances precision by minimizing tool changes and re-indexing. Technical Specifications: Insert Type - QCMT080204 TK4515 Operations Supported - Drilling, Turning, Facing, Boring Coolant Supply - Internal Through Coolant Tool Material - High-strength alloy steel Shank Type - Cylindrical or customized based on holder system Applicable Machines - CNC lathes, turn-mill centers, multitasking machines Ideal For - Batch production, complex parts, and setups requiring high flexibility

• Key Features: Multi-Functional Capability: Drilling: Delivers efficient penetration with excellent chip evacuation. External Turning: Supports precision turning operations on outer diameters. Facing: Allows smooth surface finishing of workpiece faces. Internal Boring: Capable of enlarging and finishing pre-existing holes with high accuracy.
• Special Insert Compatibility – QCMT080204: Engineered to work exclusively with QCMT080204 inserts. Ensures optimal cutting geometry and chip control specific to this tool’s configuration.
• Through Coolant Design: The tool body incorporates internal coolant channels. Ensures direct coolant delivery to the cutting zone for improved tool life and thermal management. Aids in chip evacuation, especially during deep-hole drilling or boring.
• High Rigidity & Accuracy: Manufactured from premium tool steel for excellent rigidity. Designed to reduce vibrations and deflection during high-speed machining.
• Time & Cost Efficiency: Combines multiple operations into one tool—reducing tool inventory and machining setup times. Especially suitable for CNC turning centers and multitasking machines.
• Advantages: Reduces tool change and indexing time Improves machining accuracy by limiting repositioning Saves on tooling costs and machine downtime Simplifies toolpath programming for multi-operation cycles