Introduction
The document introduces the Black Panther® Servo, a new generation of high-end brushless AC servomotors developed by Groschopp AG. These motors are characterized by their dynamic precision and high power density.

Specifications and Features
The Black Panther® Servo motors achieve a 2- to 3-times higher power density compared to common high-end servomotors. This is accomplished through advanced analytical and numerical calculation systems, and a new production technology that optimizes the active core elements such as the stator, rotor, and magnets.

Technological Innovations
A special magnetic rotor design allows for alignment of magnet segments without additional strapping. An optimal ratio between the number of slots and poles is achieved, and a new concentrated winding technique is implemented. These innovations lead to increased motor performance and enable cost-effective, automated production.

Advantages
The Black Panther® series offers high dynamics due to optimized rotor-lamination geometry, reduced rotor inertia, and advanced numerical calculations. The motors also provide the highest possible power density through computer-aided parameter studies and large-scale magnetic field calculations (FEM). Heat-flow and temperature distribution are optimized using 3D-FEM simulations.

Product Range
The document lists various servo systems including the VOLKSSERVO® ECONOMY-SERVO, Synchronous BGK-NV and BGK-NR series, and the Compact High-End Synchronous EGK-N series. These systems feature high power density, positioning accuracy, and dynamics, with options for different transducer systems and compatibility with various servo controllers.

Technical Data
The document provides technical specifications for different motor types, including rated output, torque, and type length for models EGK 48, EGK 65, and EGK 80.

Conclusion
The Black Panther® Servo represents a new milestone in the history of servo motors, setting new standards in the field of high-end servomotors with its dynamic precision and high power density.