In a typical spare parts inventory network to be supported there will always be part numbers for which operational reliability parameter values turn out to be significantly different (and in particular worse) compared to prevailing data. To manage this, the D-SIMSPAIR Field Parameter Adjustment function can be run on a regular basis with the latest part request, repair or re-order event data that can be uploaded from the Master Data Module at any time.
- Overview
- Spare Parts Inventory Planning and Optimisation
- Field Parameter Adjustment
- Dispatch List / Schedule Generation
- Static Capacity Engine
- Photo Optimiser
- Determination of Investment Requirements for Tool Purchases
- Mid-Term Capacity Management in the Lithography Area
- Analysis of Product Mix Change and Tool Ramp-up Feasibility
- Evaluation of Dispatch Rules
- Analysis of Lot Priorities and Due-Date Performance
- Adjustment of Queue Time Constraint Parameters
- Operator Resource Allocation
- Engineering Lot Forecast
- Tool Qualification and Dedication Adjustment
- Fab Incident Recovery
- Initial Provisioning
- Initial Provisioning
- Homebase Adjustment
- Multi-Location Inventory Optimisation
- Fleet Evolution Analysis
- Sales Campaign
- Sub Fab Material Planning
- Homebase Adjustment
- Multi-Location Inventory Optimisation
- Inventory Outage Alert
- Sales Target Setting
- D-SIMCON Scheduler & Dispatcher
- Demo Request
- Products
- Fleet Evolution Analysis
- D-SIMCON Forecaster
- Forecaster
- Demo Request
- Redistribution of Serviceable Spares
- Business Use Cases
- Determination of Investment Requirements for Tool Purchases
- Sales Campaign
- Wafer Output Forecast
- Mid-Term Capacity Management in Lithography Area
- Scrap Analysis
- Spare Parts Inventory Planning and Optimisation
- D-SIMCON Dynamic Capacity & Material Flow Performance Planner
- Whitepapers
- D-SIMCON Static Capacity Engine
- Analysis of Product Mix Change and Tool Ramp-up Feasibility
- Preventive Maintenance Timing
- D-SIMCON Load Mix Optimiser
- Whitepapers
- Evaluation of Dispatch Rules
- Dashboard
- Expendables Settings Adjustment
- D-SIMCON Photo Optimiser
- Analysis of Lot Priorities and Due-Date Performance
- Field Parameter Analyser
- Adjustment of Queue Time Constraint Parameters
- Available to Promise
- Inventory Network Simulator
- Wafer Output Forecast
- Inventory Optimiser
- WIP Flow Forecast
- Expendables Settings Analyser
- Free Trial Request
- Operator Resource Allocation
- Engineering Lot Forecast
- Expendables Settings Adjustment
- Tool Qualification and Dedication Adjustment
- Preventive Maintenance Timing
- Wafer Start Planning
- Scrap Part Analysis
- Field Parameter Adjustment
- Fab Incident Recovery
- Inventory Outage Alert
- Dispatch List / Schedule Generation
- Whitepapers
- Sub Fab Material Planning
- Whitepapers
- Available to Promise
- D-SIMSPAIR Business Process Engine
- D-SIMSPAIR Inventory Network Modeller
- D-SIMSPAIR Optimiser
- D-SIMSPAIR Reporting Module
- D-SIMSPAIR Scrap Analysis
- Scheduler and Dispatcher
- Dynamic Capacity & Material Flow Performance Planner
- Field Parameter Analysis
- Initial Inventory Provisioning using Poisson Calculation
- Load Mix Optimiser
- Redistribution of Serviceable Spares
- Our Mission
- Sales Target Setting
- Scrap Analysis
- Wafer Output Forecast
- Wafer Start Planning
- WIP Flow Forecast
- Architecture & Data Management
- Overview
- Concept
- Architecture & Data Management
- Modules
- Business Use Cases
- Collaborators
- Concept
- Modules
- D-SIMSPAIR Dashboard
- D-SIMSPAIR Field Parameter Analyser
- D-SIMSPAIR Inventory Network Simulator
- D-SIMSPAIR Inventory Optimiser
- D-SIMSPAIR Expendables Settings Analyser
- D-SIMSPAIR Core
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- About D-SIMLAB
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- Overview
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- Board of Directors
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