Q3B-600D is an autonomous mobile robot from the LMR (Latent Mobile Robot) series by HIKROBOT, designed as a chassis platform that allows integration of various upper modules to support different material handling tasks in manufacturing and logistics environments.
With a payload capacity of 600 kg, the robot is suitable for internal transportation applications requiring higher load capacity, while maintaining flexibility for system customization.
Flexible solution for medium to high load automation systems
Similar to other chassis-type models, Q3B-600D does not include a built-in lifting mechanism. Instead, it focuses on expandability and system integration, allowing it to be combined with different upper structures such as roller conveyors, robotic arms, or other specialized modules.
With its higher payload capacity, Q3B-600D is well-suited for transporting heavier goods within automated workflows.
Key features
High scalability
- Supports integration with roller systems, robotic arms, and inspection equipment
- Compatible with power supply, communication, and I/O interfaces
Flexible navigation
- Supports multiple navigation modes: 2D barcode / L-SLAM / V-SLA
- Ensures stable operation in factory and warehouse environments
Optimized for higher payload applications
- Rated load up to 600 kg
- Suitable for transporting heavier materials and goods
Safety system
- Front laser protection
- Sound and light alarm
- Bumper strip
- Emergency stop button (support)
Applications
- Medium and large-scale manufacturing plants
- Warehouses and distribution centers
- Automated production lines
- Heavy-duty internal material handling systems
Q3B-600D is ideal for businesses that require a flexible mobile platform with higher payload capacity for integration into automation systems.
When should you choose Q3B-600D?
Q3B-600D is a suitable choice when higher payload capacity is required while maintaining flexibility for system integration and customization.
If a built-in lifting function is required, lifting-type LMR models should be considered.