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DOBOT Sliding Rail Kit
Description
Technical specification
Introduction DOBOT Sliding Rail Kit
The Dobot Sliding Rail Kit (also known as Linear Rail Kit) is an add‑on accessory for Dobot Magician and V3, designed to extend the robot’s horizontal reach by 1 meter.
This enables larger and more complex workflows—like long-distance pick‑and‑place, expansive writing, engraving, or painting—ideal for educational, prototyping, and light industrial settings.
Key Features
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- Extended Workspace: Adds a full 1 m travel to perform broad-scale tasks.
- Industrial Linear Rail: High‑precision rail ensures smooth, wobble‑free motion.
- Easy Installation: Comes with a drag‑chain cable carrier, mounting plates, and a full toolset (hex screwdrivers 1.5–4 mm).
- Clean Cable Management: Wire set protects cables and maintains order during movement.
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| Specification | Details |
|---|---|
| Payload | 5 kg |
| Travel Distance | 1,000 mm |
| Max Speed | 150 mm/s |
| Max Acceleration | 150 mm/s² |
| Repeat Positioning Accuracy | 0.01 mm |
| Absolute Positioning Accuracy | 0.25 mm |
| Net Weight | 4.7 kg |
| Weight (incl. packaging) | 7.23 kg |
| Dimensions (L×W×H) | 1,320 × 120 × 55 mm |
These specs highlight robust performance, precise control, and compatibility with MATLAB, Python, Blockly, and C/C++ programming environments .
Integration & Compatibility
Designed for plug-and-play with Dobot Magician V3 and Magician Lite, the rail utilizes standard ISO‑9409 mounting plates.
It integrates seamlessly into DobotStudio, Blockly, or third-party platforms for synchronized rail-arm motion.
Applications & Benefits
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- Large‑scale pick‑and‑place: Ideal for assembly lines or warehousing labs.
- Long-format engraving & writing: Great for signage, CNC plotting, and art demos.
- Robotic education: Introduces linear axis control, path calibration, and advanced motion programming.
- Prototyping & automation: Useful for prototype production and agile testing workflows.
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The Dobot Sliding Rail Kit transforms your Dobot Magician into a versatile, high-reach station, unlocking a new scale of operations. It combines precision, simplicity, and flexibility—making it indispensable for teaching, prototyping, and small-scale industrial tasks requiring extended reach and smooth motion.
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