Auconic Cartesian Gantry Robot, 25 kg payload
The Auconic Cartesian Gantry Robot, 25 kg payload, is an industrial gantry robot designed for automated material handling, pick-and-place, and assembly in manufacturing environments seeking an overhead robot system for precise three-axis positioning.
Key Specifications:
- Maximum Payload: 25 kg
- Repeatability: 0.5 mm
- Speed: 0.5 m/s
Main Features:
- Multi-axis movement with integrated X, Y, and Z linear axes for coverage of large work envelopes
- Precision placement robot function, achieving 0.5 mm repeatability
- Heavy-duty Z-axis enables handling of larger or heavier workpieces without sacrificing accuracy
- Compact gantry structure designed as an overhead material handler, ideal for sites with limited floor space
Applications and Use Cases:
- Optimized for high-throughput machine tending, automated assembly lines, and multi-point pick-and-place operations
- Frequently used in automotive plants for pallet loading, in electronics manufacturing for precise part placement, and in packaging for coordinated material flow
- Recommended over desktop gantries for extended range tasks and when higher payload is required; offers more stable performance than small articulated arms for linear positioning tasks
How the Auconic Cartesian Gantry Robot, 25 kg payload, Compares:
- Provides a larger workspace and higher capacity than typical desktop gantry systems
- Yields improved accuracy for long-distance moves compared to articulated robots of similar size
- Delivers the three-axis precision and rigidity favored in demanding industrial automation projects
Answers to Common Questions:
- What payload capacity does this gantry robot support? The Auconic Cartesian Gantry Robot handles payloads up to 25 kg.
- What is the positional accuracy? The system achieves 0.5 mm repeatability.
- What type of robot is this? This is a three-axis cartesian positioning system, also called a robotic gantry system or 3 axis gantry.
- What applications is it best suited for? Material handling, precision placement, pick-and-place, and assembly where overhead access and high payload are needed.