With a dynamic digital representation of your factory, FAB or AMHS you can:

  Optimize your factory before the first brick is laid, avoiding costly mistakes ahead of time
  Run powerful "what-if" scenarios enabling better more profitable decisions
  Discover current and future bottlenecks to effectively streamline your work flow
  Build capacity models to maximize efficiency using risk analysis
  Predict machine's capacity, each product's cycle time and overall manufacturing cost as product mix changes
  Use cost benefit analysis to make the right choices in equipment purchases, upgrades and personnel decisions

There are two groups of icons built by ACADZ for use with Extend™.

·         ACADZ Semiconductor Library™ and ACADZ Automated Material Handling Systems Library™ when used with Extend™ can save 90% of the time required to build the Factory Simulation Model. (For modeling discrete multi-product semiconductor and electronic manufacturing processes)

View report on how Semiconductor Icons are used to Build a FAB Model=-[

·         ACADZ AMHS Library™ (For modeling discrete automated material handling systems (AMHS) in semiconductor and electronics manufacturing processes)

To see AMHS Icons click here

View report on how AMHS Icons are used to model a semiconductor Automated Material Handling System before installation

ACADZ Libraries are Extend™ based icons for modeling semiconductor factories. Included are semiconductor tools that can be quickly cut and pasted together to create a simulation of an existing factory. This simplifies and speeds up model building of semiconductor FABs, electronics assembly factories and automated material handling systems.

ACADZ Semiconductor Library™ and ACADZ AMHS Library™ both help semiconductor and electronic firms model their factory with the simple to use cut and paste icons for modeling extremely complex discrete event manufacturing processes. Included are sample models and help files that show how FAB models can be used to calculate and create reports in Excel on cycle time of devices, capacity of machines and/or machine groups, bottlenecks, and changing batch sizes.

Simulation Software Brochure: ACADZ Libraies.PDF*

Brochure is in Adobe Acrobat Reader (.PDF format).  Click here to download Adobe PDF Viewer

ACADZ Customized Library Simulation Modeling Training

Objectives

Use Extend™ and ACADZ Libraries™ to build, experiment with, and understand continuous and discrete event models.
Understand the Extend™ and ACADZ Libraries™ block approach for model building, and experience how sensible and navigable models and templates are formed through the features of hierarchy, cloning, animation, graphic design, customization, and custom blocks.
Develop the ability to build a model from process parameters and policies.

Topics

Understanding time and flows in discrete event models in Extend™, and recognizing classes of problems.
Building discrete event models of manufacturing operations.
Using Generic blocks in discrete event models.
Modeling items, queues, delays, blocking/starving, balking, schedules and breakdowns, routing and controllers, line balancing, batching, and resources in open and closed systems.
Modeling of Little's Law (better known as the law of Inventory in queuing theory) equates inventory to the product of mean arrival rate of products for processing and total processing time plus the total waiting time involved.
Modeling of Kingman's Formula accounts for random variations in arrival and processing times due to variability, where inventory depends on input variability, capacity variability, and input and processing rates.

ACADZ 1- Day Seminar - Only $598!

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Simulation Training Brochure: ACADZ Simulation Training.PDF

Brochure is in Adobe Acrobat Reader (.PDF format).  Click here to download Adobe PDF Viewer