Powering your autonomous factory transition with intelligent planning and scheduling
Flexciton empowers your teams with intelligent technology for smarter, faster decisions. Eliminate guesswork and reactivity, boost fab performance, and confidently drive your transition to autonomous operations.
Guaranteed KPI improvements
Flexciton’s Autonomous Technology empowers chip manufacturers to maximize production performance with far greater confidence. By replacing outdated, reactive systems with intelligent, real time data-driven decision-making, we deliver reliable, optimized plans and schedules—enabling fabs to run with greater precision and autonomy.
Boost performance and eliminate inefficiences
Seamlessly translate your factory goals into optimized wafer starts plans and production schedules, ensuring strategic alignment. Eliminate inefficient, siloed decision-making with Flexciton's orchestrating capabilities. Power your execution layer with optimised decisions that consider the dynamic constraints of your fab.
Empower your team with faster and smarter decisions
Free your team from reactive firefighting, manual decision-making and time-consuming planning tasks. Flexciton’s Autonomous Technology enables engineers and planners to make optimised decisions fast and with confidence. It allows them to focus on high-value activities that drive innovation and improvement. The result: greater efficiency and resilience, even amid ongoing talent shortages.
Fast track to value
Flexciton’s technology is designed for rapid implementation, with full deployment typically within 6–12 months—you’ll start seeing value early in the process. Furthermore, we guide your transition to autonomous operations through a phased approach tailored to your current automation level, so you can move forward with confidence from any starting point.
With Seagate adopting Flexciton and its advanced manufacturing scheduling system, we have been able to improve our predictability of delivery by meeting weekly customer commits. With a lengthy cycle time build, this predictability and linearity has been key to enabling the successful delivery and execution of meeting commits consistently.
Mark Patton
Director of Manufacturing, Seagate Technology
I’m pleased our decision to partner with Flexciton to improve our scheduling decision making. Our implementation has worked out even better than we hoped and they are constantly advancing the product. Their customer team is wonderful to work with.
Jay Maguire
Industrial Engineer, Renesas Electronics
Introducing Flex Apps
Discover a suite of AI-driven scheduling and planning applications that can help your wafer fab transform decision-making, labour efficiency, and production KPIs.
Flex Local: Objective-driven toolset scheduling
Flex Global: Connecting your fab for better scheduling accuracy
Flex Planner: Accurate wafer starts and bottleneck management
In the loop
In this white paper, industrial engineers, production controllers, Fab managers, and all those involved in scheduling will learn some of the key benefits of Autonomous Scheduling Technology.
Gain a comprehensive understanding of where we came from, what we do, and why we’re different with our company introduction.
This exclusive webinar assembled senior leaders from both front-end fabs and leading solution providers to explore how the semiconductor industry can utilize smart technologies to navigate current and future challenges, as well as the obstacles to adoption. You can now watch the recording on-demand.
Blog and News
Staying ahead in smart manufacturing technologies has become paramount for global competitiveness. This topic was the focal point of the recent panel discussion webinar hosted by Flexciton.
Innovate UK, part of UK Research and Innovation, has invested in Flexciton and Seagate Technology's production planning project to help improve UK semiconductor manufacturing.
The semiconductor industry is set to receive $1tn in investment over the next six years, driven by AI and advanced technologies, with over 100 new wafer fabs expected. However, labor shortages continue to pose a challenge, pushing the need for autonomous wafer fabs to ensure continued growth.
