Comprehensive Configurations with Optessa
Optessa configurations offer a variety of optimized planning and scheduling solutions for manufacturing industries.
Our unique problem definition and configuration capabilities will address your specific needs from enterprise-level planning that can be years out to detailed machine level scheduling and dispatch.
The turnkey solution includes comprehensive configurations that can handle:
Planning: Enterprise-wide or in-plant level order selection and allocation to planning bins, commonly termed ‘slotting.’ Resulting plans are mathematically guaranteed to be optimal, executable, and serve as a foundation for utilization across your entire supply chain operation.
Scheduling: Pinpoint the what, where, and when of production while considering any number of constraints and business objectives. Proper scheduling is an ongoing problem of optimized trade-offs between competing requirements that can be solved by our patented solvers to generate a uniformly high-quality solution over the entire horizon.
Sequencing: Our patented algorithms, utilize modern optimization techniques to solve complex sequencing problems.
- Single-Line or Multi-Line Sequencing
- Integrated Batching and Sequencing
- Virtual Flow Line
Integrated Planning & Scheduling: Generate optimal plans and schedules while synchronizing different areas of the business with the same data inputs, constraint-types, and business objectives.
The Optessa Difference
Deliver on Time
Eliminate late orders through AI-driven capacity adjustments and what-if scenario capabilities.
Do more with less resulting from optimized trade-offs between your business rules.
Stabilize Supply Chains
Plan or schedule with bias taking previous plans and schedules into consideration to ensure material stability.
We easily integrate with your ERP, S&OP, and MES systems to augment their capabilities.
Out of the Box
You can’t solve what you can't model. Extensive modeling capabilities ensure no coding is required.
Interactive graphical interface for attributes and constraints based analysis, with manual drag and drop and instant impact evaluation.