Скачать или смотреть ShakesBear Systems – Fully automated Spindle Error Analysis with Nanometer accuracy at Levicron

Where other spindle manufacturers must rely on suppliers, we force them to develop key spindle components to achieve and guarantee the quality and performance of their spindle products. As such components are not commercially available, their development often leads to new products. The same applies to the technology to analyze, test, and verify the properties and quality of spindles we have developed since the beginning. They are also unique regarding resolution, sampling rate, and use. With our systems "ShakesBear, Hamlet" and "ShakesBear, Othello", we can now provide all-in-one spindle analysis and testing systems up to 100,000 rpm on a nanometer level. Measurements of dynamic tool run-out, spindle errors (SEA), vibrations with speed, and spindle/ system resonance maps are stored as reports and raw data in a local or server-based spindle/ machine database that can recall at any time required.

About "ShakesBear, Hamlet" (Spindle Error Analysis):
Our "ShakesBear", Hamlet" analyzing system was developed to measure, analyze and report spindle errors. With its four low-noise, high-resolution, and fast capacitive distance sensors, you can measure the radial and axial shaft in motion at spindle speeds up to 100,000 rpm on a nanometer level, along with a direct separation of the spindle synchronous and the target shape errors.

About "ShakesBear, Othello" (Spindle-/ Machine Dynamics)
This system targets a portable and flexible use at customer sites or your test fields to measure, analyze and report spindle and machine dynamics. Besides pure spindle properties, the user can analyze machine dynamics and natural system frequencies with the spindle as a vibration source.
The Othello system is well prepared for mobile use with an optional Raspberry Pi and touch screen instead of a USB connector. Furthermore, we can also supply bespoke fixtures to match your application and spindle type.

Our ShakesBear Modules:
1. Spindle Error Analysis (SEA, Error-Motion)
2. 4-Channel Drag-Pointer Dial Gauge
3. Spindle and Machine Tool Data Base
4. Resonances and Natural Frequencies Map
5. 2-Channel-FFT with Peak-Hold (Impulse Response)
6. Shaft Growth, Temperature and, Spindle Speed over Time
7. Dynamic Tool Run-Out and Spindle Vibrations over Spindle Speed

More information: https://levicron.com/hauptseite-produ...

Mehr informationen: https://levicron.com/hauptseite-produ...