Goat Robotics is at the forefront of innovation, driving the evolution of autonomous robotics and automation solutions. We combine robotics, artificial intelligence, and machine learning expertise to redefine automation across industries. We deliver intelligent, adaptive solutions, empowering businesses to thrive in a technological transformation era.
Our AMRs boost efficiency across industries, adapting to changing workplaces.
Advanced robots navigate workplaces, optimizing daily operations.
We explore advanced technologies and innovative concepts and develop new robotic solutions that are tailored to industry needs.
After conceptualizing robots, we create a detailed plan, blueprints, and specifications to ensure their performance and safety standards.
The manufacturing process involves precision manufacturing, quality control checks, and the assembly of components to create the final robotic products.
Robots undergo rigorous testing and quality assurance before market release to ensure performance standards, reliability, and effective task execution.
No.s of robots Implemented
Autonomous distance covered
Our happy customers
Days of deployment
Automotive robotics boasts precision in assembly, advanced vision systems for quality control, flexibility for diverse tasks, and safety protocols for human-robot collaboration.
Pallet track robots are used in various industries, including manufacturing, warehouses, distribution centres, automotive, food and beverage, pharmaceuticals, retail, e-commerce, textiles, and electronics. Pallet lifting helps Roberts optimize material handling, streamline inventory management, and improve order fulfilment while also enhancing the efficiency of assembly lines and assembly processes.
Automation in logistics warehouses improves efficiency by streamlining order fulfilment, optimizing inventory management, and reducing operational costs. Robotics are crucial for tasks like material handling, sorting, and palletizing.
AMRs improve material movement by autonomously navigating through facilities, enabling efficient transport of goods without the need for fixed pathways or human guidance.
AMRs can perform additional tasks like picking, packing, and collaborative tasks with human workers, expanding their capabilities beyond material transportation.