Automated guided vehicles (AGVs) are revolutionizing the field of warehouse robotics, catering to the ever-increasing demands for efficiency and productivity. These intelligent machines, equipped with advanced sensors and navigation systems, seamlessly navigate through warehouse environments without human intervention. AGVs can transport heavy loads, pallets, or even individual items from one location to another with utmost precision and accuracy. The integration of cutting-edge technology allows these vehicles to optimize their routes in real-time, avoiding obstacles and adapting to changes in the environment effortlessly.
As an automated warehouse robotics company, our goal is to offer state-of-the-art AGV solutions that not only streamline operations but also enhance safety within warehouses by reducing accidents caused by human error. By implementing AGVs into your facility’s workflow, you can expect a significant increase in operational efficiency while minimizing costs associated with labor-intensive tasks like order picking or material handling. Embracing this technological advancement will undoubtedly elevate your business’s competitive edge in today’s fast-paced market landscape.
Automated Guided Vehicles, commonly referred to as AGVs, are specialized robotic systems designed to autonomously navigate and perform material handling tasks within warehouses, distribution centers, and manufacturing facilities.
Unlike traditional forklifts and manual handling methods, AGVs operate without human intervention. They rely on predefined routes, magnetic tape, or laser guidance systems to navigate, making them efficient, precise, and reducing the risk of human errors.
AGVs excel at a wide range of tasks, including transporting raw materials, finished products, and components, as well as sorting, order picking, and even working in tandem with other machinery.
An Automated Warehouse Robotics Company specializes in designing, integrating, and deploying AGV systems tailored to the needs of warehouses and industrial facilities. They provide solutions that enhance operational efficiency and automation.
| ||
| The robotic VNA is built on an industrialized conventional VNA truck and can operate in aisles as narrow as 1.8m. It may be adjusted to your specifications and provides lifts up to a world record 17m high.This robotic truck has unique 3D pallet identification and a 360° Smart Safety System, making it one of the safest trucks on the market. | ||
| MAIN FEATURES | ROBOT SPECIFICATIONS | ENERGY & OPTIONS |
| Load Capacity 1500 kg Aisle Width From 1800 mm Travel Speed 2,2 m/s forward 2,2 m/s backward, 0,7 m/s lateral Lift Height Up to 17000mm (reduced capacity 600 Kgs at max height) |
|
|
| ||
| The robotic reach truck, which is based on an industrialized standard reach truck, is capable of picking and dropping pallets up to 11000mm. This robotic truck features revolutionary 3D pallet identification and a 360° Smart Safety System, making it one of the fastest and safest trucks on the market. The reach truck infrastructure-free navigation system provides trustworthy solutions for achieving significant cost reductions while preserving operational flexibility. The REACHY robotic reach truck fits seamlessly into your environment and, for the first time, enables collaboration between humans and robots in a shared workspace. | ||
| MAIN FEATURES | ROBOT SPECIFICATIONS | ENERGY & OPTIONS |
| Load Capacity 1600 kg Aisle Width (AST)*2900 mm Travel Speed up to 2 m/s up to 0.8 m/s 0,45 m/s lateral * (*with side safety) Lift Height 11000 mm (reduced capacity: 1100kg at max height) |
|
|
 | ||
| The LOWY HD robotic stacker, which is based on an industrialized heavy duty stacker, provides pick and drop from the floor to machines, conveyors, floors, stock lines, and other locations while adhering to all BALYO technology standards. It can lift and drop pallets up to 2930mm and has a base capacity of 1600 kg at ground level. | ||
| MAIN FEATURES | ROBOT SPECIFICATIONS | ENERGY & OPTIONS |
Load Capacity 1600 kg Aisle Width (AST)* 2920 mm (800 mm X 1200 mm pallet) Travel Speed 2 m/s forward 0.8 m/s backward 0.45 m/s lateral* (*with side safety) Lift Height Up to 2930 mm (Reduced capacity : 1440 Kgs at top height) |
|
|
 | ||
| The counterbalanced robotic stacker, which is based on a conventional industrialized counterbalanced stacker, can pick and drop items from the floor to 3864 mm in racks and meets all technical standards. | ||
| MAIN FEATURES | ROBOT SPECIFICATIONS | ENERGY & OPTIONS |
| Load Capacity Up to 1600 kg Aisle Width (AST)* 4011 mm (800 mm X 1200 mm pallet) Travel Speed 2 m/s forward 0.8 m/s backward 0,45 m/s lateral* (* with side safety) Lift Height Up to 3864 mm** (**reduced capacity: 750kg at max height) |
|
|
 | ||
| The robotic tugger is built on an industrialized conventional tugger vehicle. This robot, which can pull up to 7000 kg, is ideal for production line supply and removal or long-distance transports. It also has WiFi connection capabilities. | ||
| MAIN FEATURES | ROBOT SPECIFICATIONS | ENERGY & OPTIONS |
| Traction Capacity up to 7000 kg Aisle Width 2484 mm (without trailers) Travel Speed 2 m/s forward, forbidden backward, 0,45 m/s lateral * (* with side safety) | · Length : 1706 mm · Width : 709 mm · Height : 2351 mm
| · Option : Auto unhitching · Safety & detection : Side safety · Operator’s warning : Light column · Energy : Lead Acid |
 | ||
The robotic pallet truck, which is based on an industrialized pallet truck, can transport two pallets at once and weigh up to 3000 kg. It can also do platform loading and unloading, long-distance transfer, and stock line pick-up and drop. | ||
| MAIN FEATURES | ROBOT SPECIFICATIONS | ENERGY & OPTIONS |
| Load Capacity 3000 kg Aisle Width (AST)* 4197 mm (800 mm X 1200 mm pallet) Travel Speed 2 m/s forward 0,3 m/s backward, 0,45 m/s lateral * (*with side safety) Stacking Height 125 mm | · Length : 3302 mm · Width : 830 mm · Height (without mast) : 2351 mm · Weight (without battery) : 1360 kg | · Communication: Radio / Wifi / Wimesh · Operator’s warning : Additional horn · Energy : Lead Acid |
Automated Guided Vehicles operate through a combination of advanced technologies that enable them to navigate, interact with their environment, and perform tasks with accuracy:
The functionality and intelligence of AGVs are orchestrated by a suite of powerful software components, including:
AGVs work tirelessly 24/7, leading to increased operational efficiency and throughput, minimizing downtimes, and maximizing productivity.
AGVs ensure consistent and accurate material handling, reducing errors and enhancing overall quality.
AGVs navigate with precision, utilizing space efficiently and reducing the need for large aisles and pathways.
With advanced obstacle detection and collision avoidance systems, AGVs operate safely even in crowded environments.
As a leading Automated Warehouse Robotics Company, we are committed to providing cutting-edge AGV solutions that optimize your warehouse operations for maximum efficiency and cost-effectiveness. In conclusion, Automated Guided Vehicles are at the forefront of warehouse automation, revolutionizing material handling processes. Their ability to navigate autonomously, perform tasks accurately, and seamlessly integrate into existing systems offers a myriad of advantages. To harness the power of AGVs and transform your warehouse operations, get in touch with us today.
Stay Updated on Innovations & Industry Trends
Your privacy is guaranteed. Your information will not be shared with 3rd party data collections. By submitting this form, you consent to receive electronic communications from Greenspace Industrial.
