Best-in-class Robots
Svaya collaborative and bimanual robots are designed to integrate seamlessly into any setup without having to change the underlying infrastructure or work processes. Svaya with its vertically integrated approach, designs, builds and supports all of its robots, software and algorithmic stack, making automation simple to deploy and easy to adapt with flexibility and unlimited scalability.
Robust Development
Approach
Svaya with its deep engineering experience has developed all its robots with rigorous process from design through validation using advanced virtual simulations followed by rigorous testing.
Modular
Design
Our modular approach gives us not just the advantage of fast development cycles of different robot form-factors but also drives production scalability and on-field serviceability.
Inhouse
Manufacturing
We manufacture all the components and assemble final systems inhouse with rigorous quality controls at all stages. This ensures every robot that comes from production meets our exacting quality standards.
Seamless
Integration
Our robots are fully software-defined and are designed to easily integrate into any setup. Our open hardware interface gives maximum freedom to adapt to industry standard end-of-arm tooling for different applications.
Collaborative Robots
Simple. Convenient. Reliable
Svaya 6-Axes collaborative robots are made for easy integration in any setup with no change to underlying infrastructure or retrofitting. The robots with open interface can be used to automate varied applications with plug-n-play versatility.
Safe
Our robots are designed for best-in-class functional safety to conform to Cat4 and PLd level in accordance with ISO-13849-1:2023 and ISO-10218-1:2025
Sensitive
Robots integrated with torque sensors in all joints, drive new class of applications enabled by adaptive force-control while ensuring safe co-working with humans.
Interactive
Our robots are easily accessible to line operators and not just experts, enabled by intuitive interface and multi-modal interaction – user can push and pull the robots to quickly teach them a task or smoothly navigate between physical and virtual spaces to teach and fine-tune complex tasks effortlessly. Furthermore, it provides virtual control and monitoring of robots anytime from anywhere.
Precise
Svaya Robots are engineered for best-in-class repeatability and accuracy for consistent operations everytime and anytime.
Protected
Svaya Robots are engineered with IP67 for dust, fluid and splash protection, making them well-suited for use in tough industrial environments.
Bimanual Humanoid Robot
One Robot. Many Possibilities
Svaya developed Bimanual Humanoid Robot leveraging its foundational experience in high performance actuators, controls, advanced perception and precision engineering. Today we are focused on dexterous manipulation enabled by our whole-body force control and vision intelligence to build atomic AI skills for varied applications in manufacturing and beyond - our mission is to make them truly general-purpose, so they can work in less structured environments with and around humans on different tasks with precision and reliability.
Human-inspired Dexterity
With human-like form factor and impressive 17 actuators, the robot can move freely in all directions, to fully access the workspace. Furthermore, arms with 7 degrees of freedom each replicate human’s natural motion with ability to work in constrained spaces.
3600 Reach
3600 full body rotation gives the robot unprecedented reach and flexibility to drive efficient workflows reducing cycle times drastically.
Modular Wrist
The wrist is modular and designed to swap end-effectors to easily switch between different kind of manipulation tasks - assembly, pick & place, handling etc.
Sub-millimeter Precision
The Robots are engineered to drive precision manufacturing tasks consistently with sub-millimeter precision anytime and everytime.
Integrated Vision
Integrated stereo vision with coordinated pan-tilt motion of the robot head provides complete 3D visualization of the workspace with autonomous capabilities for object detection, grasp planning and in-process visual inspection.