Features
Navigation software consolidating MOVEL AI's superior technology
Save development time by using a ready-made program.
Specialized software solutions tailored to specific use cases.
Easier mapping and operation in dynamic environments.
High compatibility applicable to a wide range of robots
Applicable to diverse robots such as UV disinfection robots, quadruped (dog) robots, and cleaning robots.
Functional without an internet connection, enabling use in specialized or secure field sites.
Scalable and easy-to-connect software architecture.
A system designed to enhance robot performance
SEIRIOS improves performance by storing maps within its internal library.
Path recording feature that saves optimal routes for future missions.
Results
| Client Feedback | Autonomous driving can be implemented while minimizing costs, development periods, and trial and error. |
|---|
※ The content provided by Bigwave Robotics is protected under U.S. and Canadian copyright and intellectual property laws. Unauthorized reproduction, distribution, or use of this content is strictly prohibited.
Recommended Use Cases
Autonomous Unmanned Forklifts for Reduced Operating Costs and Increased Productivity
This solution is a process for pallet transferring and loading using autonomous unmanned forklifts manufactured by A-Robotics. Industrial autonomous unmanned forklifts (Forklift-type AMR or Low-profile AMR) are indispensable solutions for smart factories, hazardous material handling, logistics in extreme environments, and efficient logistics systems—all of which are major topics in modern industrial sites. By delivering autonomous unmanned forklifts or low-profile autonomous products tailored to the site and user specifications, the ultimate goal of this solution is to create a so-called FFS (Fast, Fit, Safety) workplace environment that ensures safety, improves productivity, and reduces costs.
LG CNS Smart Logistics Equipment: Cross Belt Sorter
This application case features the implementation of LG CNS's Cross Belt Sorter. The LG CNS Cross Belt Sorter is a high-end, high-performance system incorporating proprietary technologies such as Automatic Recovery and Vision-based Re-Centering. Developed entirely with domestic Korean technology, it stands as a premier solution for high-speed logistics. The Cross Belt Sorter consists of a chain of independently operated short conveyor belt carriers mounted transversely along a main track. This loop-type system rotates at high speeds, discharging goods to the left or right at their designated destinations. Notably, it holds the world's first innovation record for food material sorting centers, proving its ability to stably transport and sort not only standard boxes but also various types of irregular (non-standard) goods with high performance and safety.
LG CNS Smart Gantry System
This application case features the implementation of LG CNS's Dual-Picking Smart Gantry System. The Smart Gantry System is the world's first solution to apply a high-speed dual-fork method, enabling multi-sorting transport and stacking. Compared to single-type gantries, it maximizes space utilization by eliminating picking blind spots. Equipped with an optimization algorithm, the two pickers can operate simultaneously or independently from both sides of the bridge, allowing for rapid picking and storage. This system meets the evolving demands for high-performance automated equipment capable of "Storage + Picking + Process Integration," moving beyond traditional warehouse-style storage logistics. It offers superior flexibility and utility compared to other storage facilities.
Features
Navigation software consolidating MOVEL AI's superior technology
Save development time by using a ready-made program.
Specialized software solutions tailored to specific use cases.
Easier mapping and operation in dynamic environments.
High compatibility applicable to a wide range of robots
Applicable to diverse robots such as UV disinfection robots, quadruped (dog) robots, and cleaning robots.
Functional without an internet connection, enabling use in specialized or secure field sites.
Scalable and easy-to-connect software architecture.
A system designed to enhance robot performance
SEIRIOS improves performance by storing maps within its internal library.
Path recording feature that saves optimal routes for future missions.
Results
| Client Feedback | Autonomous driving can be implemented while minimizing costs, development periods, and trial and error. |
|---|
※ The content provided by Bigwave Robotics is protected under U.S. and Canadian copyright and intellectual property laws. Unauthorized reproduction, distribution, or use of this content is strictly prohibited.