Industrial Robots:

Boosting productivity with AI-driven motion quality analysis and programming automation

The integration of AI into robotics is ushering in a new era of industrial innovation. By leveraging data from industrial robot sensors to analyze motion quality and enable predictive maintenance, we help companies minimize downtime, significantly enhance productivity, and reduce operating costs.

Automating offline programming (OLP) tasks that were previously done manually saves considerable time and manpower. This accelerates processes, increases precision, and extends AI technology across the entire workflow, improving overall work quality. By combining cutting-edge AI technology with advanced robotics, MakinaRocks is driving innovation across various industries and redefining the future of manufacturing.

Approach

01

AI-powered robot motion quality analysis

Deliver thorough motion quality analysis for heterogeneous robotic arms, all within a single, scalable solution

Improve analysis by integrating AI models, such as the autoencoder model and normalizing flow model

Ensure ongoing enhancement of prediction accuracy by automating the retraining and redeployment of updated job information

02

Offline programming automation

Automate robot programming in manufacturing using AI and 3D simulation

Accelerate the OLP process by rapidly validating and evaluating robot tasks, even with changes in process and product design

Leverage technology already successfully implemented in global automotive manufacturing operations

03

Data-driven insights

Visualize data and AI insights with intuitive dashboards for quick, confident decision-making

Use LLM-powered chatbots to deliver AI-driven insights in natural language, giving field workers instant access to critical information

Monitor and optimize your OLP process with a web-based 3D tool for precise control

Capabilities

Conversational AI for robot data insights

Use an LLM-powered chatbot to interactively gain insights from the vast data generated by hundreds of robots, identifying those in need of critical maintenance.

OLP automation validation with simulations

Enhance OLP automation using our web-based 3D tool, enabling detailed examination and analysis of critical stages such as task verification, distribution, robot path generation, and signal automation.