Ruler F.EE AAB1 OP2100
Product description
F.EE AAB1 OP2100 is a massive industrial linear axis designed by the German automation leader F.EE Industrieautomation. With a robust construction weighing 1700 kg and a travel distance of 1 meter , this unit provides a stable and precise platform for moving heavy components, robots, or tooling. Its simple integration and high mechanical stiffness make it a reliable element of advanced in-house transport systems.
Technical Specifications
| Parameter | Specification |
|---|---|
| Brand | F.EE Industrieautomation |
| Model | AAB1 OP2100 |
| Year of Manufacture | 2012 |
| Serial Number | 1117445 |
| Travel Length | 1000 mm |
| Total Weight | 1700 kg |
| Control | Single axis |
| Characteristics | Universal (no synchronization) |
| Condition | Used |
Key Advantages and Functionality
- Extreme Structural Stiffness: With a weight of 1.7 tons and a relatively short 1 m travel, the axis guarantees complete vibration elimination and stability even when handling very heavy loads or operating with high accelerations.
- German Build Quality: F.EE systems are engineered for the most demanding industries (including automotive), ensuring long-lasting durability of guides, bearings, and drive components.
- Versatility and Easy Integration: Operating in single-axis mode without complex synchronization, this linear axis is easy to implement in existing production cells. It can function as an independent positioning unit controlled via an external PLC.
- Compact Heavy-Duty Solution: The short stroke combined with a high payload makes it ideal for precise feeding of parts to presses, injection molding machines, or as a base for smaller robots in 7-axis configurations.
Additional Information
The F.EE AAB1 OP2100 from 2012 is perfect for integrators and production facilities seeking uncompromising mechanical stability. Sourced from professional disassembly of a production line, it was operated under controlled industrial conditions. This makes it an excellent component for building assembly stations, welding systems, or transfer systems where precision and high load capacity must go hand in hand.