WHAT WE DO
Liberty Robotics, formerly Liberty Reach, provides 3D volumetric vision guidance systems for robot applications. Our systems improve manufacturing, material/part handling, and logistics operations performed in industrial environments. We provide value by decreasing cycle time, increasing capacity and throughput, and improving automated operations. Furthermore, Liberty Robotics 3D Vision Guidance systems increase repeatability and decrease faults and costly downtime. As the first company to deploy volumetric sensor technology on a high-precision manufacturing line, we are the experts in volumetric vision guidance solutions.
WHY LIBERTY ROBOTICS 3D VISION GUIDANCE?
FAST
Offsets in less than one second
NO LIGHTS
No external lighting required, immune to ambient lighting changes
FLEXIBLE
Configurable sensor count & communication protocols
EASY
Simple to setup, learn, and use
VERSATILE
One system handles up to 1000 part styles, add or modify styles with ease
ROBUST
Built to last in typical factory conditions, backed by our industry-leading support
OUR PRODUCTS
3D Robot Guidance
Part Detection
OUR TECH IS DIFFERENT
Our systems are fundamentally different from other guidance products. We’ve taken a unique approach in developing 3D machine vision systems that use six degrees of freedom offsets to provide fast, accurate, robust, flexible, and simple robot guidance.
OUR SUPPORT STANDS OUT
We are dedicated to providing a seamless vision guidance experience to our customers. Our knowledgeable support team is available 24/7.
TESTIMONIALS
PROVEN RESULTS
We partner with our customers to find the best solutions for their specific applications and needs.
Whether it’s an existing robot vision upgrade or a first-time installation, our systems enable robots to work faster and operate more reliably for increased capability.
Proven Results
We partner with our customers to find the best solutions for their specific applications and needs.
Whether it’s an existing robot vision upgrade or a first-time installation, our systems enable robots to work faster and operate more reliably for increased capability.