Increased Throughput:

• Zero Cogging
  • Higher precision / Machine tool apps at mid speeds
  • Faster contouring speeds / Interpolated applications such as laser cutting.
• Slotless Design
  • High speed to improve throughput / Centrifuge
• Quality Automated Manufacturing
  • Machine up time / Demanding military applications

Improved Finished Product Quality:

• Zero Cogging
  • Coordinated contouring / Machine tool
  • High precision accuracy / Machine tool
  • Improved product finish quality / Glass or metal Grinding
  • Better sensory performance / Flight simulators.
  • Better tension control / Textile applications
  • Better finished good quality / Air bearing spindles for optical mirrors.
  • More precise measurements Rate tables control at low speed / Metrology, Encoder or Gyroscope testing
  • High speed, smoothness, and exact control during deceleration and at low speed / Medical Centrifuge, Semiconductor wafer processing

Better Efficiency:

• High Torque Density
  • Reduce space / Clean room applications
  • Reduce complex mechanical components and machine weight / Pellet grinding
• Slotless Design
  • High energy efficiency / Battery applications

Development Time:

• Flexible modular design supports custom requirements
  • Exact fit / Applications requiring high levels of customization such as military applications
• High inertia rotors
  • Fast commissioning time / Difficult tuning applications.
• Fewer components
  • High speed range with one motor for application requiring good control over a wide range of speeds (up to 40,000 RPM) / Centrifuge, special grinding applications, wafer spinning.