Designed for analysis labs, photonics, and aerospace purposes, these drives make high-performance multi-axis coordination extra accessible than ever, with out the complexity or price historically tied to superior movement methods.
Aerotech has launched a brand new technology of motion-control drives designed to make precision hexapod operation simpler and extra inexpensive for superior automation methods. The Automation1-HXA4 and Automation1-iHXA4 drives combine seamlessly with the corporate’s Automation1 movement management platform, treating the hexapod like some other axis in a multi-axis system,an strategy that would simplify advanced movement setups throughout analysis, manufacturing, and testing environments.
The important thing options are:
- Compact, space-saving hexapod drive design
- Built-in management with Automation1 platform
- Fiber-optic HyperWire for quick communication
- Secure Torque Off (STO) and Place-Synchronized Output (PSO)
- Simplified two-connector setup with built-in I/O
- Full controller-and-drive combo (HXA4) for straightforward deployment
Engineered for compactness and efficiency, the drives allow high-speed, six-axis movement with diminished wiring and configuration calls for. Every unit minimizes panel house and connectivity necessities, solely two connectors per hexapod whereas providing built-in analog and digital I/O to scale back system complexity. This makes them significantly suited to space-constrained or modular setups frequent in photonics, semiconductor, and aerospace purposes.
Each fashions leverage the corporate’s HyperWire fiber-optic communication bus to ship real-time, low-latency management. The Automation1-HXA4 model combines a movement controller and drive in a single unit, whereas the iHXA4 integrates into present Automation1 networks for versatile scalability. Constructed-in security and efficiency options, together with Secure Torque Off (STO) and Place-Synchronized Output (PSO), guarantee precision and safety throughout high-speed movement operations.
By abstracting the complexity of hexapod kinematics into an intuitive, networked management system, Aerotech’s new drives intention to shut the hole between high-end efficiency and accessibility. Customers can now coordinate multi-axis movement from linear to rotary to six-degree-of-freedom hexapods beneath a unified platform with constant programming and diagnostics instruments.
Focused towards precision purposes, the drives are anticipated to search out use in optical inspection and alignment, photonic system packaging, optical wafer probing, and aerospace or satellite tv for pc part testing. Researchers in beamline services and electro-optics labs also can profit from the improved synchronization and stability the system offers.
