Life BT40 Slim Collet Chucks with 150 mm GPL for CNC Machines and Industrial Usage

The Life BT40 Slim Collet Chucks with a 150 mm GPL (Gage Line Projection) are essential toolholding accessories designed for CNC machines and industrial applications. These collet chucks, tailored to the BT40 spindle specification, are characterized by their slim profile and extended GPL, making them ideal for applications requiring deep reach or clearance in machining setups.

Crafted with precision engineering and durability in mind, the BT40 Slim Collet Chucks offer exceptional clamping accuracy and stability, ensuring reliable performance even under high-speed machining conditions. The slim design minimizes interference and allows for efficient chip evacuation, enhancing machining efficiency and surface finish.

With a GPL of 150 mm, these collet chucks provide extended reach capabilities, allowing for the secure holding of longer cutting tools or the machining of deep features without compromising rigidity or accuracy. This makes them well-suited for a wide range of machining operations, including milling, drilling, and reaming.

The collet chucks are compatible with a variety of collets, providing versatility in tooling options to accommodate different tool shank sizes and types. This flexibility enables users to optimize their machining setups for various applications, enhancing productivity and versatility in CNC machining operations.

Additionally, the Life BT40 Slim Collet Chucks are designed for easy installation and removal from the spindle, facilitating quick tool changes and reducing setup times in CNC machines and industrial environments. This improves overall workflow efficiency and minimizes machine downtime, ultimately increasing throughput and productivity.

In summary, the Life BT40 Slim Collet Chucks with a 150 mm GPL offer precision, durability, and versatility for CNC machines and industrial usage. Their slim profile and extended reach capabilities make them well-suited for a wide range of machining applications, ensuring optimal performance and machining results.