Features
Robots replacing humans in strenuous and hazardous delivery tasks
Saves time by having robots handle material transport instead of people.
Enhances safety by removing humans from high-risk tasks and preventing injuries.
Capable of continuously transporting heavy objects up to 250kg without fatigue.
A solution adaptable to diverse environments
Compact design allows the robot to navigate even in tight spaces.
Managed by a fleet control system to ensure robots drive along optimal paths.
Front-facing sensors enable automatic avoidance when people approach.
Battery management system ensures zero interruptions in production.
Infrastructure-free autonomous driving allows for easy changes to routes and destinations without auxiliary devices.
Logistics with increased productivity and reduced delivery errors
Decreases delivery errors by transporting goods to precise locations only.
Enables continuous, tireless production around the clock.
Results
| Key Benefits | Increased productivity and reduced delivery errors.
Prevention of safety accidents and savings in transport time.
Cost savings through the reduction of manual labor input.
|
|---|---|
| Client Feedback | Thanks to the efficient fleet management system, we can maintain continuous production without interruptions in our logistics operations. |
※ 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
Press Machine Tending using Neuromeka Collaborative Robots
This application case features a robotic automation system solution using Neuromeka's Indy7 to improve material supply accuracy and operational efficiency in press manufacturing processes. By synchronizing 6-axis collaborative robots with conveyor systems, we have established a flexible material supply chain between processes. This implementation ensures consistent product quality and significantly enhances overall production efficiency.
Doosan Robotics H-Series Collaborative Robot Palletizing System
This solution is a robot-integrated automatic stacking system utilizing the Doosan Robotics H-Series collaborative robots (H2017, H2515). As a modularized palletizing solution optimized by Doosan Robotics, it allows for easy and convenient implementation through an intuitive dedicated software interface. Project Background & Objectives Automation of palletizing tasks. Mitigation of safety accident risks associated with handling heavy loads. Space-constrained environments where traditional automation is difficult to install. Reducing the initial investment burden for companies adopting automation.
Omron AMR Logistics Robot Successfully Automates Raw Material Transport to Boost Operational Efficiency
Project Overview This implementation case features a large-scale circular raw material transport solution utilizing Omron AMR Logistics robots. Previously, raw material transport involved workers manually rolling large circular containers, which created issues with fatigue and efficiency, necessitating an automation solution. This project aimed to automate the movement of raw materials by introducing Omron AMR Logistics robots, thereby reducing worker burden and significantly improving operational efficiency. Project Background & Objectives When raw materials arrived in large containers, the manual transport process by workers involved high labor intensity and the risk of injury. Furthermore, productivity decreased due to time consumption and operational imbalances. The objective of this project is to implement an AMR-based automation solution to resolve these issues and achieve efficient logistics operations.
Features
Robots replacing humans in strenuous and hazardous delivery tasks
Saves time by having robots handle material transport instead of people.
Enhances safety by removing humans from high-risk tasks and preventing injuries.
Capable of continuously transporting heavy objects up to 250kg without fatigue.
A solution adaptable to diverse environments
Compact design allows the robot to navigate even in tight spaces.
Managed by a fleet control system to ensure robots drive along optimal paths.
Front-facing sensors enable automatic avoidance when people approach.
Battery management system ensures zero interruptions in production.
Infrastructure-free autonomous driving allows for easy changes to routes and destinations without auxiliary devices.
Logistics with increased productivity and reduced delivery errors
Decreases delivery errors by transporting goods to precise locations only.
Enables continuous, tireless production around the clock.
Results
| Key Benefits | Increased productivity and reduced delivery errors.
Prevention of safety accidents and savings in transport time.
Cost savings through the reduction of manual labor input.
|
|---|---|
| Client Feedback | Thanks to the efficient fleet management system, we can maintain continuous production without interruptions in our logistics operations. |
※ 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.