FANUC M2000iA /1700L
Robot details
The FANUC M-2000iA/1700L is one of the most powerful industrial robots in the world, designed specifically for ultra-heavy payload handling applications. With a maximum payload capacity of 1700 kg and a long reach of 4683 mm, this 6-axis articulated robot combines the functionality of a traditional industrial robot with the capabilities of a lifting system such as cranes or gantries.
Its structure allows it to operate within a large working envelope while maintaining high precision and repeatability, making it ideal for industries requiring the manipulation of large and heavy components.
Typical Industrial Applications
The M-2000iA/1700L is widely employed in sectors where large mass handling and positioning are required:
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Automotive industry
- Car body handling and positioning
- Frame assembly and manipulation
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Heavy manufacturing
- Handling of large castings and molds
- Machine loading/unloading
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Metal and steel industry
- Transfer of heavy workpieces
- Press line automation
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Logistics and heavy palletizing
- Oversized and high-weight pallet management
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Aerospace and energy sectors
- Handling of structural components and turbine parts
This robot is often used to replace cranes and manual lifting systems, improving safety, reducing cycle times, and lowering the risk of material damage.
R-30iB Plus Controller – Key Features
The M-2000iA/1700L is typically paired with the FANUC R-30iB Plus controller, a high-performance control platform designed to enhance automation efficiency and usability.
Main Characteristics:
- High processing performance for precise motion control and multi-axis coordination
- User-friendly interface (iPendant Touch) for easier programming and operation
- Advanced motion control algorithms ensuring smooth and stable handling of heavy loads
- Integrated safety functions compliant with industrial standards
- Flexible connectivity (Ethernet, fieldbus, IoT integration)
- Support for intelligent functions such as:
- iRVision (integrated vision system)
- Force sensing
- Compact cabinet design, reducing installation footprint
- Energy efficiency optimization for industrial environments
The controller is designed to simplify integration, improve productivity, and allow seamless interaction with modern smart factory systems.
Mechanical and Performance Characteristics
The robot features a robust articulated structure with six controlled axes, enabling high flexibility and precision even under extreme payload conditions.
- Long arm configuration for extended reach
- High rigidity for stable heavy load handling
- IP67 protection on wrist and key joints for harsh environments
- Integrated utilities (air and electrical lines) for end-effectors
The FANUC M-2000iA/1700L equipped with the R-30iB Plus controller is a super heavy payload industrial robot designed for large-scale material handling, automotive body manipulation, and heavy manufacturing operations. Its combination of high payload, long reach, and advanced control technology makes it one of the most efficient solutions for replacing traditional lifting systems while improving productivity and safety in modern industrial environments.
Robot applications
General Specifications
- Robot Model: FANUC M-2000iA/1700L
- Robot Type: 6-axis articulated industrial robot
- Payload Capacity: 1700 kg
- Maximum Reach: 4683 mm
- Repeatability: ±0.27 mm
- Mounting: Floor-mounted
- Robot Weight: ~12,500 kg
Axis Configuration
Motion Range
- J1: ±330°
- J2: ±160°
- J3: ±165°
- J4: ±720°
- J5: ±240°
- J6: ±720°
Maximum Axis Speed
- J1: 20 °/s
- J2: 14 °/s
- J3: 14 °/s
- J4: 18 °/s
- J5: 18 °/s
- J6: 40 °/s
Structure and Protection
- Structure Type: Heavy-duty articulated arm
- Wrist Protection: IP67
- Body Protection: IP54/IP56 (optional)
- Drive System: Electric servo motors (FANUC AC servo technology)
Load Characteristics (Wrist)
- Maximum Load: 1700 kg
- High allowable moment and inertia for large tools and fixtures
- Designed for extreme inertia applications
Controller Specifications
Controller Model
- FANUC R-30iB Plus
Features
- High-speed CPU for real-time control
- Multi-robot control capability
- Integrated safety (DCS – Dual Check Safety)
- Intelligent software compatibility (vision, force control)
- Advanced networking and Industry 4.0 support
