AI-Powered Quality Control Solution
The Future of Quality Control System with AI-Powered Defect Detection
Today, automation in quality control is a must. Food suppliers must upgrade operations to address increasingly complex demands. The food manufacturing sector is struggling to find, recruit, and retain experienced quality control staff.
Automated quality control systems have been proven to be a viable solution. Manufacturing quality control software controls hands-free machines and merely requires human workers to load and unload.
Quality control powered by the strongest in AI
LUMOS is designed to help customers ship their products sooner, with fewer quality issues. It delivers AI-powered end-to-end quality control inspection and robotic removal of defective products, in a compact
How Quality Control Robots
Can Be Used and Their Advantages
Transitioning to robotic quality control is a necessary one. Here are some of the primary benefits to adopting manufacturing quality control software:
Automation quality control uses workcells to execute repetitive assignments. It accurately captures production data to expand businesses in a cutthroat economy. Robots don't experience exhaustion and can work through multiple shifts. This quality control solution maintains proper workflow and adapts to diversifying markets and warehouse needs.
Whether a business is large or small, quality management software is essential to a production line. Studies have shown that these robotic quality control systems can improve quality standards at every size. With automation in quality control, you will instantly see an increase in production levels and customer satisfaction.
Reduce Downtime and Waste
An automated quality control system can locate where the most waste occurs, which typically is associated with reworking scraping, line downtime, recalls, and more. Using robotic quality control will reduce costs in key areas such as appraisal and internal and external failure.
There’s an app for everything, including your quality control robot system. The no-code, low-code interface gives the average worker the capability to design interactive, digital tools. Managers can build custom mobile apps to monitor assembly lines.
Incoming and Outgoing
Flexible placement allows easy seamless integration throughout production
Processes up to 100 items per minute
Can work inline with exiting conveyor or as a spur line
Adaptable for many applications and environments, including food grade
Adaptable to nearly any product size and shape
Rapid deployment and seamless integration with existing technologies
Operation & Performance
RIOS rapidly deploys workcells to get customer operations running smoothly. RaaS includes installation, acceptance testing, ongoing support, and preventative maintenance.