As a top-notch AMR supplier, Goat Robotics stands as the best intelligent intra-logistics solution provider in and around Coimbatore, Tamil Nadu. We offer innovative technologies for seamless and efficient warehouse operations. Our solutions prioritize precision, adaptability, and innovation, ensuring optimal performance in diverse logistics environments. With a commitment to excellence, we deliver tailored and intelligent solutions that redefine intra-logistics for businesses.
Goat Robotics is a leading manufacturer of intelligent intra-logistics solutions for the manufacturing and warehouse sectors. AMR brings cutting-edge technologies to optimize warehouse operations. Renowned for precision and adaptability, our manufacturing expertise extends to the production of the GTX 500, GTX 1000, and GTX 1500 series, each designed to redefine intra-logistics with innovative approaches. Choose Goat Robotics as your trusted partner to experience unparalleled excellence in intelligent solutions, revolutionizing your logistics landscape with the manufacturing process of GTX series robots.
The GTX500 AMR robot, with its 500 kg payload, epitomizes unmatched strength and adaptability in material handling. Featuring robust construction, a modular design, potent motors, and adaptable end effectors, it seamlessly integrates into diverse industrial applications. This autonomous robot follows programmed instructions, serving as a user- friendly solution for tasks like moving and organizing heavy items. With advanced navigation, safety features, and Wi-Fi connectivity, it optimizes operational efficiency and workplace security, effortlessly adapting to evolving industrial needs for enhanced productivity across sectors.
The 1-ton payload industrial robot is a powerhouse in material handling, boasting strength and adaptability for diverse applications. With its robust construction and modular design, it seamlessly integrates into industrial workflows and effortlessly bears heavy loads. Equipped with powerful motors and precise actuators, it ensures operational efficiency and reliability. Advanced navigation and safety features prioritize workplace security, while Wi-Fi connectivity enhances communication, optimizing productivity across sectors.
The GTX 1500 AMR robotics system significantly reduces reliance on the workforce, streamlining operations. With an impressive maximum weight capacity of 1.5 tons, it excels in efficiently handling heavy loads. This advanced robotic solution enhances productivity by automating material handling tasks and optimizing workflow. The GTX 1500 ensures a seamless and powerful performance, minimizing manual intervention in industrial settings.
The GTX500 AMR excels in navigation with advanced SLAM technology.
It ensures robust payload handling it accommodates loads up to 500kg reliably.
Customized design provides flexibility and adaptability for various configurations.
AMR includes obstacle avoidance technology, ensuring stop-and-play capabilities.
Wi-Fi-enabled connections provide seamless communication for GTX 500 devices.
The GTX 500 AMR has an obstacle detection sensor and emergency button for safety purposes.
The system's scalability and flexibility ensure adaptation to changing industrial demands.
AMR is customized for optimal indoor operations. It is used in diverse industrial environments.
AMRs navigate various zones using task-specific routing for efficient material handling.
With a robust 1.0-ton payload capacity, it handles large loads for seamless movement.
AMRs, with a modular design, adapt to specific intra-logistics tasks and operational needs.
It optimizes material handling efficiency with a swift speed of 1.2 meters per second.
Enhanced safety features, including obstacle detection and an emergency button.
It excels in intra-logistics robotics with Wi-Fi connectivity for efficient operations.
AMRs use advanced sensors and mapping for precise navigation and ensuring accuracy.
AMRs excel in handling large payloads, boasting a remarkable 1.5-ton capacity for transport.
GTX 1500 AMR offers flexibility in tasks like goods transport and inventory management.
We can control the speed by adjusting their 1 meter per second speed based on tasks.
Collision detection and emergency stop buttons prioritize worker and equipment safety.
Wi-Fi connectivity allows operators to manage multiple AMRs simultaneously.
It enhances operational flexibility, enabling quick adjustments and inventory configurations.
AMRs ensure 24/7 warehouse operations for increased productivity and optimized material flow.
Category | Description | Specification |
---|---|---|
Chasis | Dimension (LBH) | 1240 X 750 X 329 (mm) |
Self weight | 170 Kg | |
Ground Clearance | 39 mm | |
Turning Radius | Zero Degree In Place | |
Suspension | Passive Traction rocker | |
Performance | Max. Payload | 500 Kg |
Max. Speed | 1.2 Meter per Sec | |
Max. Turning Speed | 45 Degree per Sec | |
Positioning Accuracy | *+/- 5 Cm | |
Min. Aisle Width | 1100 mm | |
Power supply | Battery Type | LiFePO4 |
Battery Capacity | 48Volt DC / 50 Ah | |
Running Time | 8 Hrs | |
Charging Time | 4 Hrs | |
Charging type | Manual or Autonomous | |
Control System And sensor | Processor | Intel Chipset |
Operating System | Ubuntu | |
Control Modes | Autonomous / Manual / Guided | |
Communication | WIFI- 802.11 a/b/g/n/ac, 2.4 Ghz & 5 Ghz with Antenna And Bluetooth | |
Sensors | "2 X LIDAR,
1X IMU, 2X Encoder, 2X depth camera, Optional Ultrasonic Sensors, Optional Bumper Sensor" |
|
Standard LeadOuts | USB, External Emergency Port, ON/OFF and Reset Switch | |
Accessories | Manual Charger | Default |
Autonomous Charger Docker | Optional | |
Lifting System | Optional | |
Conveyor System | Optional | |
Towing System | Optional | |
Shelf Structure | Optional | |
Navigation | Autonomous Mode | SLAM + Visual |
Obstacle avoidance | Pause Play mode/ Avaoidance Mode | |
Path Planning | Defined path or Natural Navigation | |
Safety | Obstacle Avoidance | Laser Scanner |
Obstacle Avoidance | Depth Camera | |
Obstacle Avoidance | Ultrasonic Sensors | |
Emergency Safety | Bumper sensor | |
Emergency Safety | Emergency Stop buttons | |
Environment | Operating Temperature | 5 to 40 Deg Celcius |
Humidity | 95% Non Condensing | |
Allowable Slop | Near Level (3%) | |
IP Rating | IP21 |
Category | Description | Specification |
---|---|---|
Chasis | Dimension (LBH) | 1240 X 750 X 329 (mm) |
Self weight | 185 Kg | |
Ground Clearance | 39 mm | |
Turning Radius | Zero Degree In Place | |
Suspension | Passive Traction rocker | |
Performance | Max. Payload | 1000 Kg |
Max. Speed | 1.2 Meter per Sec | |
Max. Turning Speed | 45 Degree per Sec | |
Positioning Accuracy | *+/- 5 Cm | |
Min. Aisle Width | 1100 mm | |
Power supply | Battery Type | LiFePO4 |
Battery Capacity | 48Volt DC / 60 Ah | |
Running Time | 8 Hrs | |
Charging Time | 4 Hrs | |
Charging type | Manual or Autonomous | |
Control System And sensor | Processor | Intel Chipset |
Operating System | Ubuntu | |
Control Modes | Autonomous / Manual / Guided | |
Communication | WIFI- 802.11 a/b/g/n/ac, 2.4 Ghz & 5 Ghz with Antenna And Bluetooth | |
Sensors | "2 X LIDAR,
1X IMU, 2X Encoder, 2X depth camera, Optional Ultrasonic Sensors, Optional Bumper Sensor" |
|
Standard LeadOuts | USB, External Emergency Port, ON/OFF and Reset Switch | |
Accessories | Manual Charger | Default |
Autonomous Charger Docker | Optional | |
Lifting System | Optional | |
Conveyor System | Optional | |
Towing System | Optional | |
Shelf Structure | Optional | |
Navigation | Autonomous Mode | SLAM + Visual |
Obstacle avoidance | Pause Play mode/ Avaoidance Mode | |
Path Planning | Defined path or Natural Navigation | |
Safety | Obstacle Avoidance | Laser Scanner |
Obstacle Avoidance | Depth Camera | |
Obstacle Avoidance | Ultrasonic Sensors | |
Emergency Safety | Bumper sensor | |
Emergency Safety | Emergency Stop buttons | |
Environment | Operating Temperature | 5 to 40 Deg Celcius |
Humidity | 95% Non Condensing | |
Allowable Slop | Near Level (3%) | |
IP Rating | IP21 |
Category | Description | Specification |
---|---|---|
Chasis | Dimension (LBH) | 1240 X 750 X 329 (mm) |
Self weight | 200 Kg | |
Ground Clearance | 39 mm | |
Turning Radius | Zero Degree In Place | |
Suspension | Passive Traction rocker | |
Performance | Max. Payload | 1500 Kg |
Max. Speed | 1 Meter per Sec | |
Max. Turning Speed | 30 Degree per Sec | |
Positioning Accuracy | *+/- 5 Cm | |
Min. Aisle Width | 1100 mm | |
Power supply | Battery Type | LiFePO4 |
Battery Capacity | 48Volt DC / 65 Ah | |
Running Time | 8 Hrs | |
Charging Time | 4 Hrs | |
Charging type | Manual or Autonomous | |
Control System And sensor | Processor | Intel Chipset |
Operating System | Ubuntu | |
Control Modes | Autonomous / Manual / Guided | |
Communication | WIFI- 802.11 a/b/g/n/ac, 2.4 Ghz & 5 Ghz with Antenna And Bluetooth | |
Sensors | "2 X LIDAR,
1X IMU, 2X Encoder, 2X depth camera, Optional Ultrasonic Sensors, Optional Bumper Sensor" |
|
Standard LeadOuts | USB, External Emergency Port, ON/OFF and Reset Switch | |
Accessories | Manual Charger | Default |
Autonomous Charger Docker | Optional | |
Lifting System | Optional | |
Conveyor System | Optional | |
Towing System | Optional | |
Shelf Structure | Optional | |
Navigation | Autonomous Mode | SLAM + Visual |
Obstacle avoidance | Pause Play mode/ Avaoidance Mode | |
Path Planning | Defined path or Natural Navigation | |
Safety | Obstacle Avoidance | Laser Scanner |
Obstacle Avoidance | Depth Camera | |
Obstacle Avoidance | Ultrasonic Sensors | |
Emergency Safety | Bumper sensor | |
Emergency Safety | Emergency Stop buttons | |
Environment | Operating Temperature | 5 to 40 Deg Celcius |
Humidity | 95% Non Condensing | |
Allowable Slop | Near Level (3%) | |
IP Rating | IP21 |
By reducing the reliance on manual labor and optimizing processes, the GTX 500 AMR provides a cost-effective solution that contributes to a positive return on investment over time.
The GTX 1500 AMR is designed with a substantial payload capacity of 1.5 tons, making it suitable for efficiently handling heavier loads in industrial environments.
The GTX 1000 AMR is user-friendly. Its straightforward working process involves programming tasks, minimizing the need for complex manual control.
AMRs are equipped with data collection capabilities and meet production schedules in a 24/7 manufacturing environment, improving efficiency over time.
Advanced sensors and navigation technology in AMRs enhance workplace safety by minimizing errors. It reduces human involvement in repetitive or hazardous tasks.
Autonomous Mobile Robots (AMRs) enhance efficiency in industries by reducing manual effort and adapting to various tasks, from material handling to intricate industrial settings.
AMRs find applications in various industries, including warehouse logistics, manufacturing, automotive, pharmaceuticals, healthcare, and more. They are often used for tasks such as material transport, goods-to-person systems, and inventory management.
AMRs, including the GTX series, offer versatile payload capacities tailored to different industrial needs. The GTX 500 handles up to 500kg, the GTX 1000 manages 1.0 tons, and the GTX 1500 excels with an impressive 1.5-ton payload capacity, providing a comprehensive range for efficient material handling solutions. These varying capacities enable businesses to optimize operations by selecting the most suitable AMR for their specific requirements.
However, AMRs—like the ones made by Goat Robotics—are built to function well in dynamic and changeable surroundings. The powerful navigation systems, sensors, and algorithms that Goat Robotics' AMRs are outfitted with enable them to adjust in real-time to changes in their environment. The robots' ability to adapt allows them to manoeuvre through changing industrial situations by avoiding impediments, adjusting their trajectories, and navigating through developing layouts.