Come and visit our booth in Munich, we’ll be located at B1864. Unable to attend? Register below to receive our presentations from FMF and the Smart & Green Manufacturing Summit in your inbox following the event.
Flexciton at SEMICON Europa 2022
Register below to receive our presentations from FMF and the Smart & Green Manufacturing Summit in your inbox following the event.
Learn how applying multi-objective optimization helped to increase throughput whilst reducing reticle moves and queue time.
Seagate Case Study 2.0
Improving Wafer Fab Capacity by Applying Advanced Scheduling to the Photolithography Area
Download this case study to discover:
- Why increasing capacity in the Photo area can be so difficult
- More on Flexciton's multi-objective approach to scheduling
- How applying it to Seagate's complex problem helped to increase efficiency
- Impress results gathered from live deployment
Gain a comprehensive understanding of where we came from, what we do, and why we’re different with our company introduction.
An introduction to Flexciton
More Moves in Less Time
Inside, you can expect to find:
- Insights into our foundation; where we’re based, an introduction to our co-founders, and our funding.
- An overview of what makes scheduling semiconductor wafer fabs so challenging and the benefits of optimizing the process.
- Details of the advanced technology we apply to the complex scheduling problem and what makes us different from anything else on the market
Our white paper details a new approach to wafer fab scheduling. A novel hybrid model that delivers optimized schedules in a matter of minutes to help fabs cut costs and increase efficiency.
White Paper
A New Approach to Wafer Fab Scheduling
What we’ll cover in this whitepaper:
- Why production scheduling is a critical practice for your wafer fab
- A review of different scheduling approaches
- The technologies behind Flexciton's novel scheduling approach
- The benefits and limitations of each of these technologies
This technical paper provides a comprehensive overview of results from benchmark studies performed for Seagate Technology, where our solution was applied to metrology toolset scheduling.
Technical Paper
Advanced Production Scheduling in a Seagate Technology Wafer Fab
What we cover in this technical paper:
- The complexities of wafer fab scheduling
- The pros and cons of traditional heuristic-based scheduling
- Seagate’s performance benchmark study: comparing the new proposed scheduling technology with the current simulation scheduler at their Springtown fab.
- Results from Seagate’s optimized schedules report, showing significant reductions in cycle time and increases in throughput compared with SimModel schedules.
Authors of this publication: Georgios M. Kopanos, Dennis Xenos, Slava Andreev (Flexciton Ltd.); Tina O’Donnell, Sharon Feely (Seagate Technology).
Discover how we helped a highly-utilised Seagate Technology wafer fab reduce cycle time and boost efficiency by applying our next-generation production scheduling solution.
Seagate Case Study 1.0
A Proven Method to Help Your Fab Reduce Cycle Time by 24%*
Download this case study to learn:
- Why highly-utilised Seagate fab prioritized cycle times reduction
- What is Flexciton's hybrid-optimization scheduling technology
- How our solution helped Seagate in reducing cycle times
- Detailed results of cycle time reduction for 11 toolsets
*Average taken across 11 toolsets