Your production schedule, smarter
Finite production scheduling is the central nervous system of every manufacturing shopfloor, serving as the critical governing interface between production planning and execution. The advanced scheduling capabilities in Finite Scheduler by Rockwell Automation are designed to ensure that you can confidently translate your production plans into a detailed roadmap for execution. Finite Scheduler improves scheduling accuracy, increases throughput, and drives on-time delivery through its use of detailed modeling of all production constraints, advanced scheduling algorithms, and real-time production information.
Create production flexibility
Review optimized production schedules and select the one that best fits your operational needs
Reduce on-hand inventory
With production scheduling that’s informed by available resources, on-hand inventory is reduced and efficiently put into the hands of customers.
Improve on-time delivery
Finite Scheduler smooths the production process with optimized scheduling, increasing accuracy and ensuring product makes it out the door.
Minimize changeover/setup times
Digitally model critical resource constraints and operational processes so that the production schedule makes the most of every minute in a day.
Reimagine your finite production scheduling
Stop managing your shop floor using unrealistic schedules based on guesswork. With a Finite Scheduler integration, you can start managing production operations with optimized schedules created using advanced scheduling algorithms. Learn more about how Finite Scheduler will reimagine your production scheduling, increase customer satisfaction, and maximize operational efficiencies.
Finite production scheduling powered by pillars of smart manufacturing
Plex Finite Scheduler considers all factors influencing your production operations, ensuring the production schedule is highly optimized.
Connect
Connect organizational planning with manufacturing execution without any work arounds.
Automate
Automate the generation of probable and optimized schedules using up-to-date production data production schedules based on your operational needs.
Track
Track automatically the availability of critical resource constraints, like workforce availability and equipment downtime, and utilize that information to improve the achievability of the production schedule.
Analyze
Analyze different scenarios of resource availability and production process configuration as a means of further optimizing the production schedule.
Plex Finite Scheduler Features
Resource constraint modeling
Create production schedules that reflect available production resources, such as equipment, tooling, storage devices, pools of labor, and skilled/certified employees
Production process modeling
Model different steps of operations (setup, cycle, teardown/clean-down), capacity type, buffer type, and wait time constraints
Optimized scheduling generation
Quickly generate production schedules optimized for various business objectives
Interactive user interface
Easily review production schedules through a user-friendly interface
Finite Scheduling FAQs
What is finite scheduling?
Finite scheduling is a production planning method that accounts for real-world constraints such as labor, equipment, and material availability. Unlike infinite planning, it creates realistic schedules based on actual capacity.
How does finite scheduling improve production planning?
Finite scheduling improves production planning by creating realistic schedules based on actual resource constraints, such as machine availability and labor capacity. This helps manufacturers reduce delays, minimize bottlenecks, and increase on-time delivery.
Why is finite production scheduling important for manufacturers?
Finite production scheduling is important because it confirms that production plans are achievable within existing constraints. By aligning schedules with real capacity, manufacturers can improve efficiency, reduce downtime, and better manage changing demand.
What challenges can finite capacity scheduling help solve?
Finite capacity scheduling helps solve common production challenges such as overloading equipment, inefficient sequencing, and missed deadlines. It enables better resource allocation and supports smoother, more predictable operations.
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