Photonics—the science and application of light—has transformed numerous industries, from telecommunications and healthcare to manufacturing. With the increasing demand for high-speed data communication, processing, and advanced sensing technologies, photonics has become a key driver of innovation. In particular, the rise of silicon photonics, combining optics with semiconductor technology, has enabled unprecedented performance and energy efficiency.
Key features of this motion solution
Economical photonic alignment system
• Direct drive motors equipped with optional encoders
• Controller with built-in high-performance alignment algorithm
Modular design for easy adaptation and upgrades.
1. XYZ Axis - Precision Linear Platform
• Compact mechanical design with low profile and high rigidity
• Travel distance up to 200 mm
Precision ball screws and recirculating ball bearing guides
• Direct drive stepper motor, maximum speed 40 mm/s
Linear encoder options can improve accuracy and repeatability.
• Optional brake pads to prevent collisions
Affordable and fast delivery
2. Optional rotating stage
High-precision and repeatable rotation
Offers direct drive and worm gear design options.
• Closed-loop option can improve accuracy and repeatability
3. High-performance motion controller
• EtherCAT controllers support open network connectivity
• Built-in high-performance alignment algorithm enables fast and reliable alignment.
As the global reliance on photonics continues to grow, the industry urgently needs new test and assembly solutions. PI offers high-end alignment systems for high-throughput applications, as well as an economical alignment engine based on a modular precision positioning platform. Both benefit from PI's high-performance motion controllers and award-winning embedded alignment algorithms.
