PI (Physik Instrumente) has released the F-713, an updated version of its F-712 6-axis alignment system for photonics chips, fiber arrays and wafers. The F-713 retains the F-712 hybrid mechanical design based on a hexapod and piezo-scanner combination and adds a controller with increased capability and flexibility to support future photonics alignment requirements.
The F-712 is used for photonics alignment tasks such as fiber array alignment, micro-optics positioning and photonic integrated circuit testing. Its established design supports use in both production applications and research environments.
Updated controller supports added flexibility
The F-713 maintains similar system performance to the F-712, but includes an upgraded controller intended to support future updates. This can provide:
- Support for future software and hardware developments
- Easier integration of third-party electronics
- Additional configuration options for alignment routines and integration with new systems
- Improved scalability as requirements change
The updated controller is intended to support evolving needs in photonics and optical testing.
F-713 as an upgrade from the F-712
For current users of the F-712, the F-713 provides a straightforward upgrade path. Its mechanical design, software interface and motion control architecture are consistent with the earlier system, allowing users to maintain existing workflows. With a more flexible controller, the F-713 can support future requirements for photonics alignment systems without major changes to the current setup.
Availability
The F-713 High-Speed 6-DOF Photonics Alignment System is available for integration into existing systems or for new applications that require six-axis photonics alignment.
For more information, visit pi-usa.us.
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