Automated Guided Vehicle Manufacturers | AGV | AMR
From repetitive tasks on the factory floor to activities in Agriculture, Logistics, Hospitality, and more, the use of Autonomous Mobile Robots is changing how business gets done
Automated Guided Vehicle
Automated Guided Vehicles are driverless vehicles that fundamentally perform transportation function. As experts in Automated Guided Vehicles, we’re here to help you implement these cutting-edge systems to enhance your operations.
Automated Guided Vehicles (AGVs) are material handling vehicles used to autonomously transport carriers throughout a warehouse, distribution center, or manufacturing facility without human operators. Automated Guided Vehicles manufacturers specialize in producing these advanced systems. We are leading AGV suppliers in India, providing advanced automated guided vehicles to enhance your material handling processes.
An Automated Guided Vehicle (AGV) is a mobile robot used for material transport in industrial settings. AGVs navigate via technologies like magnetic tape, lasers, or cameras, following predetermined routes. Commonly found in manufacturing, warehousing, and distribution, they enhance efficiency, reduce labor costs, and improve safety by automating repetitive material handling tasks. Capable of carrying various loads, from small parts to heavy pallets, AGVs streamline operations and boost productivity. Their integration into logistics systems exemplifies the advancements in automation and robotics, making them essential for modern industrial automation. Automated guided vehicle manufacturers play a crucial role in developing these advanced systems.
Magnetic Tape Navigation
Magnetic tape-based navigation for AGVs uses magnetic tapes laid on the floor to guide vehicles. Equipped with magnetic sensors, AGVs detect and follow the tape, ensuring precise and reliable navigation. This method is cost-effective, easy to implement, and widely used in manufacturing and warehousing.
QR Code Navigation
QR code-based navigation for Automated Guided Vehicles (AGVs) involves using QR codes placed along the route. AGVs scan these codes to determine their position and receive navigation instructions. This method ensures precise navigation, easy route updates, and integration with digital systems for efficient material handling and logistics.
Rail Guided Navigation
Rail-guided navigation for Automated Guided Vehicles (AGVs) involves using physical rails or tracks embedded in or on the floor to guide the movement of the AGVs. This method provides a highly controlled and precise navigation system, ideal for environments that require strict adherence to predefined paths.
Serving These Manufacturing Industries
Autonomous Mobile Robot
Autonomous Mobile Robots (AMRs) are advanced kinds of Guided Vehicles that can be navigated without any pre-defined path.
AMRs are outfitted with cameras and sensors so if they run into a falling object while navigating their environment they will use navigation techniques to stop, slow or reroute their path around the object and continue with their task. It can detect its surroundings and avoid obstacles by using sensors like as cameras and lasers. These robots combine robotic intelligence with car-like mobility, allowing them to make decisions on their own and figure out the best routes to reach their goals
Types of Charger for mobile robot
MANUAL CHARGER
A manual charger requires human intervention to connect the mobile robot to the charging station. This method is straightforward and cost-effective but can be time-consuming and dependent on human availability.
CONTACT CHARGER
Contact chargers use physical connectors to transfer power from the charging station to the robot. This method ensures a reliable and efficient charge, typically employed in environments where robots return to a designated charging point.
WIFI CHARGER
WiFi chargers leverage wireless charging technology, allowing mobile robots to charge without physical connectors. This method offers flexibility and convenience, enabling continuous operation without the need for precise docking.
Customised autonomous mobile robot soultions
MOUNTED CONVEYOR
MOUNTED ANEMOMETER
MOUNTED 360 DEGREE CAMERA
Automated Solution for Reducing Material Handling Costs: AGV Manufacturers in India
Tetrahedron Manufacturing Services Pvt Ltd is dedicated to providing simple and cost-effective automation solutions to address complex business problems. As one of the leading AMR in India and AGV Manufacturers in India, we have successfully tackled material handling challenges in various industries.
Through our experience working with diverse sectors, we have observed the significant variable costs and inconsistencies associated with manual labor in transporting heavy loads within manufacturing facilities. Whether it’s moving raw materials, work in progress, or finished goods across the shop floor, the industry heavily relies on manual labor for these tasks.
To overcome these challenges, we have developed Autonomous Mobile Robots (AMRs) that are equipped with intelligent sensors. These sensors enable our robots to detect obstacles along their path and navigate through them safely, ensuring a successful and efficient delivery to their destination. Our collaboration with AGV manufacturers in India has been instrumental in enhancing the capabilities of these robots.
Benefits of Automated Guided Vehicle / Autonomous Mobile Robot
We have been assisting manufacturing companies for years, helping them reduce operating costs with our highly effective and ROI-driven solutions. Introducing Hercules-1000 and Taurus-200, our innovative and cost-effective Autonomous Mobile Robot (AMR). Our collaboration with AGV manufacturers in India has been instrumental in developing these advanced solutions.
- Hercules-1000 utilizes advanced AI and computer vision to map its environment and find the optimal path to its destination using our pioneering SLAM algorithm.
- Taurus-200 complements our automation solutions, offering simplicity and technological sophistication to enhance operational efficiency.
By leveraging Hercules-1000 and Taurus-200, you can unlock numerous advantages and achieve substantial cost savings while optimizing your operations.
Key Features of Autonomous Mobile Robot (AMR)
Natural Navigation
Unlock the power of advanced navigation for your autonomous mobile robots (AMRs). Our state-of-the-art system offers real-time job scheduling, dynamically tunes routes, and enables on-the-go destination changes.
Advanced Perception
Elevate your navigation capabilities with our cutting-edge perception system. By utilizing Lidar technology and SLAM (Simultaneous Localization and Mapping) algorithms, our solution provides precise and reliable navigation for your autonomous systems.
Rapid Charging
Experience the pinnacle of convenience and efficiency with our cutting-edge rapid charging solution. Our fully automated system boasts an incredibly fast charging time of just 0.5 hours, providing a full 4 hours of uninterrupted operation.
| Series | Models/Payload ( kg) | Speed |
|---|---|---|
| Taurus | 100, 200,…. Upto 900 | 1-2 m/s |
| Hercules | 1000, 1100,…. Upto 2000 | 1-2 m/s |
Autonomous Cleaning Robot
- Fully autonomous cleaning robot.
- Advanced sensors for obstacle detection.
- Programmable cleaning schedules.
- Efficient navigation algorithms.
- High-capacity dustbin.
- Quiet operation.
- Sleek design for easy mobility.
- Long-lasting battery life with auto-recharge capability.
- Compatible with smart home & Industrial systems.
- Remote control and monitoring capabilities.
- Multiple cleaning modes (sweep, vacuum, mop).
- App connectivity for remote control and scheduling.
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FAQs
Operating Environments
Our Autonomous Mobile Robots (AMRs) excel in various manufacturing environments, from warehouses to production floors, adapting to both structured and unstructured settings.
Safety
AMRs use advanced sensors like LiDAR and cameras, coupled with real-time algorithms, to navigate safely in busy workspaces, avoiding obstacles and ensuring smooth operation.
WMS Integration
Our AMRs seamlessly integrate with existing Warehouse Management Systems (WMS) and ERP systems for optimized material handling and improved operational efficiency.
Maintenance
Routine maintenance for our AMRs includes sensor cleaning, battery checks, and software updates, ensuring reliable and efficient performance.
AMRs vs. AGVs
AMRs offer dynamic navigation and flexibility, while AGVs follow fixed paths, requiring infrastructure like magnetic strips or QR codes for guidance.
QR-Based AGVs
These AGVs use QR codes for precise navigation, ideal for controlled environments with predefined routes.
Magnetic Line-Based AGVs
AGVs following magnetic strips are highly reliable and cost-effective, suitable for environments with consistent paths.
Industry 4.0
AMRs and AGVs contribute to Industry 4.0 through real-time data sharing, IoT integration, and smart manufacturing automation.
Safety Features of AMRs
AMRs include collision avoidance, emergency stop mechanisms, and adaptive speed control to ensure safe operations.
Safety Features of AGVs
AGVs operate on fixed routes with obstacle detection, safety zones, and backup systems to minimize risks in controlled environments.