OAV 150 mm x 300 mm Dovetail Rail Guides: Nano Precision Motion With or Without Direct Drive Motors
The OAV 150 mm x 300 mm Dovetail Rail Guides are designed for applications requiring nano-precision motion, offering both motorized and non-motorized configurations. Whether your system requires Direct Drive Motors for ultra-precise, backlash-free motion, or you prefer a non-motorized setup, these rail guides deliver exceptional accuracy and reliability.
• Nano Precision with Direct Drive Motors:
o Achieve ultra-precise, backlash-free movement.
o Ideal for high-speed, high-torque applications where precision is critical.
o Smooth, seamless motion with zero mechanical backlash.
• Precision without Direct Drive Motors:
o Provides the same high level of precision without the need for an integrated motor.
o Perfect for manual or externally driven systems requiring frictionless, accurate positioning.
• Robust Construction:
o Made from premium aerospace-grade materials for durability and long-lasting performance.
• Low Maintenance and High Load Capacity:
o Engineered to handle high loads with minimal maintenance thanks to OAV's frictionless air bearing technology. The OAV 150mm x 300mm Dovetail Rail Guides provide an ideal solution for industries demanding the highest levels of precision, whether for manual applications or fully motorized systems.
| Title | Specification | 
| Part # | DOV150300 | 
| Local Straightness | .25 µm per 25 mm travel | 
| Maximum error | 2 µm per 1000 mm travel | 
| Flatness | .0005 mm or .00002 in | 
| Carriage Size | 150 mm x 300 mm | 
| Travel | 50 mm/100 mm/200 mm/300 mm or Custom Travel | 
| Guidebar Length | Custom | 
| Assembly Height | 55 mm | 
| Carriage Weight | 2.6 kg (5.8 lb) | 
| Total Weight | 3.89 kg (8.5 lb) (200 mm travel) | 
| Z direction Load | 704 lb (3130 N) | 
| Y direction Load | 608 lb (2704 N) | 
| Air Flow | 23 nlpm | 
| Pitch | 950 lbs-in (107 N-m) | 
| Roll | 990 lbs-in (112 N-m) | 
| Yaw | 396 lbs-in (45 N-m) | 
| Y Stiffness | 1609 N/μ | 
| Z Stiffness | 2176 N/μ | 


