Critical Manufacturing’s MES for Semiconductor is a unified application that has the broadest footprint of pre-integrated modules and functional capabilities required for process engineering, equipment engineering, quality management, planning and logistics and manufacturing operations. The distributed architecture and an open platform is designed to rapidly scale according to manufacturing needs.
Move beyond legacy manufacturing systems to leverage advanced capabilities and increase speed of learning, innovate new technologies faster and achieve higher levels of automation, while driving down costs. Critical Manufacturing’s modular solution will enable you to:
Reduce WIP on the shop floor and enforce the execution of the material route with full material traceability and genealogy at the individual lot or wafer level. Critical Manufacturing’s material model supports all types of Material-Carrier-Wafer configurations as well as single wafer tracking across equipment clusters (e.g.: multi-chamber equipment), enabling any material logical and physical operation of a semiconductor manufacturing process.
Execute experiments transparently and seamlessly, even in mass volume production. Experiment Management module supports both the Design of Experiment (DoE) and the execution. For single wafer tracking, engineers can create multiple experiments in a single lot by assigning individual wafers to different experiment groups, which can be configured to perform any number of variations and deviations against the Process of Record (POR).
The Factory Automation module is an event-based factory-level workflow system that helps manufacturers to progressively increase their automation capabilities all the way to high automation. Automatically react to a factory level event or execute any type of short or long-running job including control of autonomous transport systems.
Manage recipes using dynamic parameter values computed with simple business rules or by an external Run-to-Run system. The Recipe Management module provides a hierarchical recipe object model to handle recipes and sub-recipes with the same or different parameters. Connect IoT, natively integrated equipment integration module, can automatically select, upload and verify recipes before lots are processed.
Before implementing Critical Manufacturing MES, Philips had spent several years trying to standardize operations with a competitive product, without a successful result. It proved to be inflexible for Front End operations and we could not achieve useful reporting. We had to change course and after a mapping exercise with potential MES candidates, Critical Manufacturing ranked highly with advanced capabilities designed specifically for use in Front End and semiconductor operations.Frank van der Scheur Head of MEMS & Micro Devices at Philips
We have 11 research institutes, and we wanted an MES that could create the same data structure in each, so that we can share processes. This will be a big benefit.
Digitalization saves a lot of effort for the processes but setting them up is an investment in time and cost. Everyone is now putting their time into productivity.
Unleash the power of your data with the Critical Manufacturing IoT Data Platform, a highly scalable event ingestion mechanism that can route events to multiple stream processing components for real-time processing and batch processing for less time critical analysis. Identify the root causes of issues and improve speed of learning to improve yield performance and reduce the ramp up of new technologies, equipment, processes, materials and products. Generate valuable new insights using machine learning and other advanced analytics tools.
As pioneers in MES, semiconductor manufacturers often only know older systems. Critical Manufacturing MES is modern, configurable and ready with the advanced capabilities required to advance innovation, new business models and technologies. Gain the benefits:
Semiconductor manufacturers that started on the path to digitalization with Critical Manufacturing MES: