BT30-SK10-80 CNC chuck holder

BT30-SK10-80 CNC chuck holder
 

The BT30-SK10-80 CNC chuck holder is a tool holding device used in CNC machining for machine tools. It features a design that matches the BT30 spindle taper with the SK10 chucking screw, providing excellent rigidity and stability, making it suitable for high precision machining requirements.

The "BT30" part of this tool holder refers to the standard specification of the spindle taper, commonly used in CNC milling machines, drilling machines, and other machine tools. "SK10" specifies the chucking screw dimensions, ensuring secure tool gripping. The "80" indicates the gripping length, which represents the effective length for tool clamping.

The design of the BT30-SK10-80 CNC chuck holder takes into consideration cutting forces and vibrations, effectively reducing vibrations and errors during the machining process, thus enhancing machining accuracy and surface quality. It is suitable for various machining tasks, including drilling, milling, and boring operations, providing a reliable clamping solution for CNC machining.

BT30-SK10-80 CNC chuck holder
 

The BT30-SK10-80 CNC chuck holder is a high-performance tool holding device designed for CNC machining applications. Its unique design and features make it a crucial component in the realm of high-precision machining. Here is a detailed introduction to the product:

Product Features:

  1. Rigidity and Stability: The BT30-SK10-80 chuck holder employs a precision-matched combination of the BT30 spindle taper and SK10 chucking screw, ensuring secure tool clamping and providing exceptional rigidity and stability. This is essential for high-speed and high-precision machining.

  2. High-Precision Machining: The holder's design takes into account cutting forces and vibrations, effectively minimizing vibration and errors during the machining process. This aids in achieving higher machining precision and producing superior surface finishes.

  3. Versatile Applications: The BT30-SK10-80 chuck holder is suitable for various machining tasks, including drilling, milling, and boring operations. It can cater to diverse machining needs, offering flexibility and versatility.

  4. Quick Tool Changes: The holder incorporates a convenient tool-changing mechanism, enabling rapid and efficient tool changes during machining, reducing downtime, and enhancing productivity.

Performance:

  1. Rigidity and Stability: The BT30-SK10-80 chuck holder ensures stable tool clamping and reduces vibration through an optimized connection design, providing excellent rigidity and ensuring smoother cutting processes.

  2. Precision: The holder's precision manufacturing and design result in precise tool clamping, contributing to highly accurate machining and achieving superior part quality.

  3. Durability: Constructed from high-quality materials and crafted with precision manufacturing techniques, the chuck holder exhibits outstanding durability and a long service life, capable of withstanding prolonged and intensive machining operations.

Role in the Machining Process:

  1. Rigid Support: The BT30-SK10-80 chuck holder offers reliable tool clamping, providing stable and rigid support for cutting tools, reducing vibration and deformation during machining, and ensuring machining accuracy.

  2. Vibration Control: The holder's design aids in effectively controlling vibrations generated during the cutting process, thereby reducing tool and workpiece vibration, and enhancing cutting quality.

  3. Enhancement of Machining Precision: By minimizing vibration and errors, the BT30-SK10-80 chuck holder significantly boosts machining precision, facilitating finer machining outcomes.

  4. Ease of Operation: The holder's design streamlines tool changes, enabling operators to swiftly swap out tools, minimizing downtime, and elevating production efficiency.

In summary, the BT30-SK10-80 CNC chuck holder is a high-performance tool that plays a critical role in CNC machining, offering a reliable solution for high-precision machining by providing stable rigidity, vibration control, and enhanced machining accuracy.