16 Axis High Speed PCI Motion Controller Card For Industrial Automation, Workhorse PCI Bus Interface Module With Precision Multi Axis Control For CNC, Robotics And Machinery Systems
Sin comentarios
Título
Precio habitual
498.95
Precio de oferta1,027.00Ahorras528.05
SKU: VXB0H9RXJHJ7
UPC:
UPC:
16-Axis High-Speed PCI Motion Controller for CNC & Robotics
✔️ 16-axis real-time motion control via PCI interface for precision
✅ Standard PCI bus interface for fast data transfer and real-time control
✅ High-precision positioning and trajectory planning for CNC, robotics, and assembly lines
✅ Industrial-grade durability for harsh manufacturing environments with EMI resilience
✅ Flexible compatibility with servo and stepper drives for customized automation setups
- Works with servo and stepper drives for scalable automation setups
- Improves repeatability and predictability in production lines
✝️
✔️ 16-axis real-time motion control via PCI interface for precision
This high-speed motion controller card enables synchronized control of up to 16 axes, delivering precise motion for CNC machines, robotics, and automated manufacturing lines. It connects to a standard PCI bus in compatible industrial PCs, enabling fast data transfer and real-time trajectory planning.
✅ Supports up to 16 axes simultaneously for complex multi-axis systems✅ Standard PCI bus interface for fast data transfer and real-time control
✅ High-precision positioning and trajectory planning for CNC, robotics, and assembly lines
✅ Industrial-grade durability for harsh manufacturing environments with EMI resilience
✅ Flexible compatibility with servo and stepper drives for customized automation setups
💡 What is a motion controller card used for in automated systems?
It coordinates multiple motors to run precise paths in sync. - Handy for CNC milling and robotic arms needing synchronized axes- Works with servo and stepper drives for scalable automation setups
- Improves repeatability and predictability in production lines
✝️
Compartir
Opiniones de los clientes
Be el primero en escribir una opinión
0%
(0)
0%
(0)
0%
(0)
0%
(0)
0%
(0)