Features
Versatile loading of diverse items
Rack configurations designed to freely store various types of goods.
Adaptable to diverse layouts, including the ability to operate on inclined racks.
Integrated lifters and conveyors facilitate seamless movement of loads between modules.
High-speed shuttle driving design
High-precision driving with a slip error margin of less than 1 mm, even at high speeds.
Runway design optimized for relative friction during transit.
Rigid structural design enabling high-speed lifting.
Lifting structures and conveyor configurations designed for the rapid transfer of products.
Lightweight modular assembly solution
Simple linear telescope structural configuration.
Aesthetic exterior design utilizing formed aluminum materials.
A "Light Version" structure using lightweight forming racks as the base material.
Results
| Key Benefits | Order processing capacity per shuttle hour.
Simple structural configuration based on lightweight forming racks.
A new, high-performance, and flexible locally-developed (Korean) system.
Automated replenishment/storage and high-speed outbound processing at the box level.
|
|---|---|
| Client Feedback | By introducing the Multi-Level Shuttle and integrating it with inbound/outbound conveyors, we achieved efficient tote-based storage and optimal logistics center automation. |
※ 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
SFAW Exhibition: SCHMALZ Vacuum Handling System (HS) Application
This application case features Schmalz's Vacuum Handling System (HS) as presented at the SFAW exhibition. It was designed to allow visitors to personally experience the practicality of moving workpieces more safely and comfortably. By utilizing the Vacuum Handling System (HS), workers can prevent musculoskeletal injuries caused by repeatedly moving heavy objects while performing tasks faster and more securely. Project Background & Objectives Reduction of Worker Fatigue and Accident Prevention: Minimizing physical strain and safety risks. Simplification of Heavy Load Transport: Making the movement of high-payload workpieces effortless. Versatile Handling: Safely and easily handling workpieces of various shapes and materials. Enhanced Production Efficiency: Achieving faster transport speeds and streamlined workflows.
Logistics Automation System using OAGV - CL100
Are you burdened by the high cost of logistics robots for moving items weighing 1 to 20kg? Between massive equipment investments and ongoing maintenance, the barriers to entry can be high. Omorobot offers a solution with our OAGV (DIY-type Logistics Robot)—an affordable, simple, and highly reliable system. The OAGV is a modular logistics robot assembled using controllers and sensors designed and manufactured in-house by Omorobot, drawing from extensive robot development experience. The standard platform can carry up to 150kg and navigates by following reflective tape on the floor, using credit-card-sized tags to identify specific locations for transport or return. It is ideal for transporting rectangular loads like plastic (PP, PE) or cardboard boxes (up to 650mm x 550mm), making it perfect for facilities requiring repetitive transport of low-to-medium loads.
Smart Palletizing using the Hyundai Robotics HH050 and Mech-Mind 3D Vision 🦾🤖
Process Overview This palletizing automation solution uses the Hyundai Robotics HH050 and Mech-Mind 3D vision to detect mixed-size boxes, align them by size, and automatically stack them onto pallets. By leveraging a cost-effective 3D vision system, the cell can reliably palletize even when cartons of varying dimensions are mixed in the flow, ensuring stable operation.
Features
Versatile loading of diverse items
Rack configurations designed to freely store various types of goods.
Adaptable to diverse layouts, including the ability to operate on inclined racks.
Integrated lifters and conveyors facilitate seamless movement of loads between modules.
High-speed shuttle driving design
High-precision driving with a slip error margin of less than 1 mm, even at high speeds.
Runway design optimized for relative friction during transit.
Rigid structural design enabling high-speed lifting.
Lifting structures and conveyor configurations designed for the rapid transfer of products.
Lightweight modular assembly solution
Simple linear telescope structural configuration.
Aesthetic exterior design utilizing formed aluminum materials.
A "Light Version" structure using lightweight forming racks as the base material.
Results
| Key Benefits | Order processing capacity per shuttle hour.
Simple structural configuration based on lightweight forming racks.
A new, high-performance, and flexible locally-developed (Korean) system.
Automated replenishment/storage and high-speed outbound processing at the box level.
|
|---|---|
| Client Feedback | By introducing the Multi-Level Shuttle and integrating it with inbound/outbound conveyors, we achieved efficient tote-based storage and optimal logistics center automation. |
※ 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.