DEPLOY ROBOTS
IN THE REAL WORLD
Traditional automation fails when parts shift or conditions change. AICA System allows robots to sense & adapt to variation, enabling reliable automation.
REAL-TIME CONTROL ENABLES VARIOUS USE CASES
SCREWING
Two robots work in perfect sync on a screw-driving task, with the AICA System orchestrating seamless back-to-back installation of multiple screws
POLISHING
Real-time force feedback enables the robot to polish precisely while avoiding excessive pressure
ASSEMBLY
Gears constantly shift in space, yet with real-time force feedback and reinforcement learning, the robot can reliably assemble the gearbox
EXPLORE THE USE CASE
AND MORE…
AICA System lets teams automate screwing, polishing, assembly, and other tasks by combining real-time control with advanced sensor-driven technologies in one system
FROM PROTOTYPING TO PRODUCTION
APPROACH
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Rapidly automate your most challenging applications, securing a < 2-year ROI on polishing, assembly, or custom-developed solutions
AFTER 3 MONTHS
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Empower your engineering team to become independent system owners, with the help of AICAdemy, to expand automation and solve new challenges without external reliance
AFTER 6 MONTHS
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Drive enterprise-wide growth by expanding proven automation across robots and production lines with the total flexibility provided by the AICA System
AFTER 1 YEAR
AICA SYSTEM
SOLUTION
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Use our library of pre-built software components and a visual, node-based editor to develop and deploy advanced robotic skills in a fraction of the time it would take with custom programming
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Empower robots to react to real-time sensor feedback. This allows them to handle variations in their environment, increasing success rates and dramatically reducing costly production downtime
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Develop your software solution once and deploy it across a wide range of robots and sensors from different vendors. This frees you from hardware lock-in and gives you the flexibility to choose the best components for every project
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Get access to the ecosystem that enables the deployment of advanced capabilities, from simulation across multiple use cases to the integration of next-generation AI models