Robotic Handler
We, at Caliber, present a glimpse into the future of electronics through our revolutionary
semiconductor testing solutions. Our advanced Robotic Handler efficiently
combine computer vision, machine learning, AI, and advanced controls to optimize
testing processes. These robots delicately handle each chip, adapting with precision
and learning from each iteration.
Key Advantages
Continuous Learning for Efficiency:
These robots are outfitted with cutting-edge machine-learning algorithms. This equips them to learn and adapt to every testing cycle, progressively refining their testing techniques and greatly improving
operational efficiency over time.
AI-Enhanced Process Optimization:
Seamlessly integrating advanced AI
capabilities and state-of-the-art controls, our Robotic Handler autonomously
identify anomalies, troubleshoot issues, and even foresee potential problems. This
advanced process optimization substantially reduces disruptions and elevates overall operational efficiency.
Sustainability and Quality Assurance:
By optimizing testing procedures and
minimizing errors, our robots play a pivotal role in promoting sustainability within
electronics manufacturing. Our commitment to quality mirrors industry trends and echoes our responsibility to the environment.
Check out our other Smart Automation Solutions
Caliber is dedicated to driving the evolution of the railway sector through our advanced automation solutions. Our array of offerings, encompassing Data Loggers, AC Controllers, and 1.5 KW Inverters, is geared towards streamlining operations, optimizing energy efficiency, elevating passenger comfort and to transform railways into intelligent, efficient, and environmentally conscious transportation networks.
Caliber proudly presents our Autonomous Mobile Robots (AMRs), merging technology and productivity to redefine efficiency across industries. With applications from manufacturing to healthcare, AMRs stand as versatile champions, while our custom blend of AMRs and Automated Guided Vehicles creates a hybrid solution, setting a new benchmark for operational precision.