Staubli Robotics PF3 Overview
The Stäubli PF3 is a mobile robot platform (AGV) that carries loads of up to 3000 kg with a positioning accuracy of ±5 mm. It is designed for intralogistics, assembly lines and pallet transport, driving under a table or load carrier to pick it up and set it down in position. The platform measures 1750 x 970 mm and is 350 mm high, or 400 mm with the lift unit, which has a 100 mm stroke. It travels at up to 1.5 m/s with a turning radius of 1.7 m.
Key Specifications
Specification | Staubli Robotics PF3 |
Manufacturer | Staubli Robotics |
Model | PF3 |
Category | Mobile robot / AMR/AGV |
Payload | 3000 kg |
Repeatability | ±5 mm |
Speed | 1.5 m/s |
Interfaces | Wi-Fi 5G |
Certifications | CE |
Price | From USD 100,000 |
Prices are indicative, are not final and may change.
Applications
Material handling
Machine tending
Assembly
Packaging
Inspection
Dispensing
Industries
Electronics · Life sciences · Automotive · Food · Pharmaceuticals · Cleanroom
Technical Details
Mobile robot platform
Max. payload 3000 kg
Dimensions 1750 x 970 mm
Height 350 mm (400 mm with lift unit)
Lift stroke 100 mm
Max. speed 1.5 m/s
Positioning accuracy ±5 mm
Turning radius 1.7 m
Staubli Robotics PF3 Review Summary
The Stäubli PF3 is a mobile robot platform (AGV) that carries loads of up to 3000 kg with a positioning accuracy of ±5 mm. It is designed for intralogistics, assembly lines and pallet transport, driving under a table or load carrier to pick it up and set it down in position. The platform measures 1750 x 970 mm and is 350 mm high, or 400 mm with the lift unit, which has a 100 mm stroke. It travels at up to 1.5 m/s with a turning radius of 1.7 m. It is listed from USD 100,000.
Pros
Maximum payload of up to 3000 kg
±5 mm repeatability
1.5 m/s
Cons
Needs clear, level floor routes
Fleet software, charging and integration are quoted separately
Who It Is For
The Staubli PF3 fits plants that need to move heavy loads between stations without fixed conveyors.
Full review: Staubli PF3 Review: Specs, Price and Applications of the 3000 kg Mobile Robot Platform





























