


Mitutoyo 579-415-51 | Absolte Tape Scale | Series ST1300 | Maximum Effective Length 12 m | Maximum Response Speed 8 m/s | Minimum Resolution 0.001 µm
The Mitutoyo 579-415-51 Absolute Tape Scale is engineered for high-precision linear measurements in industrial automation and motion control systems. It offers a maximum effective length of 12 meters, making it suitable for large-scale applications. With an impressive minimum resolution of 0.001 µm, it ensures ultra-fine measurement accuracy. The system supports a maximum response speed of 8 m/s, enabling rapid and precise positioning. Utilizing absolute measurement technology, it retains position data even after power interruptions, eliminating the need for re-zeroing.

Free UAE shipping available
- Specifications
- Features
- Downloads
Interface | FANUC high-speed serial interface (+/- and +/-i interface are available) |
Length | 12 m |
Max. Response Speed | 8 m/s |
Model Number | ABSST1351A-00700E |
Resolution | 0.001 µm |
Series | ST1300 |
Type | Absolute Tape Scale |
- Absolute Encoder Technology – Preserves position data after power loss, eliminating the need for re-zeroing.
- Maximum Measuring Range – Provides a maximum effective length of 12 meters for large-scale applications.
- High-Precision Resolution – Achieves 0.001 µm resolution, ensuring superior measurement accuracy.
- High-Speed Response – Supports a maximum response speed of 8 m/s for fast, accurate positioning.
- Robust Design – Built for reliable performance in industrial automation and motion control environments.
- Perfect for Complex Applications – Ideal for use in CNC, robotics, and high-precision machinery systems.
Related Products

Mitutoyo 579-447-52 | Absolte Tape Scale | Series ST1300 | Maximum Effective Length 12 m | Maximum Response Speed 8 m/s | Minimum Resolution 0.001 µm

Mitutoyo 579-447-52 | Absolte Tape Scale | Series ST1300 | Maximum Effective Length 12 m | Maximum Response Speed 8 m/s | Minimum Resolution 0.001 µm

Mitutoyo 579-446-56 | Absolte Tape Scale | Series ST1300 | Maximum Effective Length 12 m | Maximum Response Speed 8 m/s | Minimum Resolution 0.001 µm

Mitutoyo 579-446-56 | Absolte Tape Scale | Series ST1300 | Maximum Effective Length 12 m | Maximum Response Speed 8 m/s | Minimum Resolution 0.001 µm

Mitutoyo 579-437-52 | Absolte Tape Scale | Series ST1300 | Maximum Effective Length 12 m | Maximum Response Speed 8 m/s | Minimum Resolution 0.001 µm

Mitutoyo 579-437-52 | Absolte Tape Scale | Series ST1300 | Maximum Effective Length 12 m | Maximum Response Speed 8 m/s | Minimum Resolution 0.001 µm

Mitutoyo 579-436-56 | Absolte Tape Scale | Series ST1300 | Maximum Effective Length 12 m | Maximum Response Speed 8 m/s | Minimum Resolution 0.001 µm

Mitutoyo 579-436-56 | Absolte Tape Scale | Series ST1300 | Maximum Effective Length 12 m | Maximum Response Speed 8 m/s | Minimum Resolution 0.001 µm

Mitutoyo 579-436-55 | Absolte Tape Scale | Series ST1300 | Maximum Effective Length 12 m | Maximum Response Speed 8 m/s | Minimum Resolution 0.001 µm

Mitutoyo 579-436-55 | Absolte Tape Scale | Series ST1300 | Maximum Effective Length 12 m | Maximum Response Speed 8 m/s | Minimum Resolution 0.001 µm

Mitutoyo 579-436-54 | Absolte Tape Scale | Series ST1300 | Maximum Effective Length 12 m | Maximum Response Speed 8 m/s | Minimum Resolution 0.001 µm

Mitutoyo 579-436-54 | Absolte Tape Scale | Series ST1300 | Maximum Effective Length 12 m | Maximum Response Speed 8 m/s | Minimum Resolution 0.001 µm

Mitutoyo 579-446-55 | Absolte Tape Scale | Series ST1300 | Maximum Effective Length 12 m | Maximum Response Speed 8 m/s | Minimum Resolution 0.001 µm

Mitutoyo 579-446-55 | Absolte Tape Scale | Series ST1300 | Maximum Effective Length 12 m | Maximum Response Speed 8 m/s | Minimum Resolution 0.001 µm

Mitutoyo 579-436-53 | Absolte Tape Scale | Series ST1300 | Maximum Effective Length 12 m | Maximum Response Speed 8 m/s | Minimum Resolution 0.001 µm

Mitutoyo 579-436-53 | Absolte Tape Scale | Series ST1300 | Maximum Effective Length 12 m | Maximum Response Speed 8 m/s | Minimum Resolution 0.001 µm