At Finley Precision Spindles, we engineer high-powered, precision machine spindles designed to meet the rigorous demands of today’s machine industry and advanced robotics applications. Combining cutting-edge technology with unmatched craftsmanship, our spindles empower industries to achieve exceptional performance, accuracy, and reliability. Whether you’re innovating in manufacturing, robotics, or beyond, Finley Precision Spindles delivers solutions that keep you ahead of the curve.
Manufactured at our facility in Bristol, CT.
Contact us today tosee which system will best fit your needs.
The Series 22.8 cartridge spindle is designed for high speed drilling, cutting, milling and grind-ing operations using standard ER – 11 collets. Its offers high precision in a subcompact size. It can be used in a wide variety of applications for those tough to reach areas.
The Series 36 spindle is designed for high speed drilling, cutting and milling operations using standard ER - 16 collets. Its high precision and compact size can be used in a wide variety of OEM machines to secondary CNC operations. Straight or 90°, Belt driven and air motor types available.
The Series 50 – AM & BD spindles provide a heavy duty drive while giving you easy to work with configurations. Uses standard ER 20 collets. The capability of this spindle provides an integral piece of machinery for your tasks in hand.
Our high powered tool change spindles systems provide the ability to interchange numerous drilling/milling tools fo rheavy duty applications. A choice for many robotics application. Available in 36 or 50mm, air or belt (Servo) driven options.
Our Servo Motor Adapters allow for a direct drive to the spindles for a space saving solution. The direct drive minimizes the power loss due to belts and pulleys. The fully servo controlled spindles are capable of rigid tapping or gear hobbing as well as mill-ing and drilling.
We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.