You have clicked on "Model Maker" made by "Model Maker Systems"

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Digital signature File is not signed
Application has windowsYes
Internet serverNo
Uses the internetYes
Imports potentialy dangerous functionsYes
Safety RatingSafety Rating

Description extracted from Wikipedia:

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A model maker is a professional craftsperson who creates a three-dimensional representation of a design or concept. Most products in use and in development today first take form as a model. This "model" may be an exacting duplicate (prototype) of the future design or a simple mock-up of the general shape or concept. Many prototype models are used for testing physical properties of the design, others for usability and marketing studies. Mock-ups are generally used as part of the design process to help convey each new iteration. Some model makers specialize in "scale models" that allow an easier grasp of the whole design or for portability of the model to a trade show or an architect or client's office. Other scale models are used in museum displays and in the movie special effects industry. Model makers work in many environments from private studio/shops to corporate design and engineering facilities to research laboratories. The model maker must be highly skilled in the use of many machines, such as manual lathes, manual mills, Computer Numeric Control (CNC) machines, lasers, wire EDM, water jet saws, tig welders, sheet metal fabrication tools and wood working tools. Fabrication processes model makers take part in are powder coating, shearing, punching, plating, folding, forming and anodizing. Some model makers also use increasingly automated processes, for example cutting parts directly with digital data from computer-aided design plans on a CNC mill or creating the parts through rapid prototyping. Hand tools used by a model maker are an exacto knife, tweezers, sprue cutter, tape, glue, paint, and paint brushes. There are two basic processes used by the model maker to create models: additive and subtractive. Additive can be as simple as adding clay to create a form, sculpting and smoothing to the final shape. Body fillers, foam and resins are also used in the same manner. Most rapid prototyping technologies are based on the additive process, solidifying thin layered sections or slices one on top of each other. Subtractive is like whittling a solid block of wood or chiseling stone to the desired form. Most milling and other machining methods are subtractive, progressively using smaller and finer tools to remove material from the rough shape to get to the level of detail needed in the final model. Model makers may use a combination of these methods and technologies to create the model in the most expeditious manner. The parts are usually test fitted, then sanded and painted to represent the intended finish or look. Model makers are required to recreate many faux finishes like brick, stone, grass, molded plastic textures, glass, skin and even water.

Technical information:

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Icon statusNo tray icon
Icon settingNot in the system tray
Executable fileC:\Program Files\MMSystems\MM\Mmw.exe
Version9.00
Parent processC:\Windows\explorer.exe
Can be uninstalledYes
EncryptedNo
Size on disk21.2 Mb
Minimum recorded memory usage111.2 Mb
Average recorded memory usage159.2 Mb
Maximum recorded memory usage159.5 Mb
Date when maximum memory usage occured2013/05/16 05:44:56 AM
Minimum recorded CPU usage0%
Average recorded CPU usage0%
Maximum recorded CPU usage100%
Date when maximum CPU usage occured2013/05/15 11:15:58 PM
Started at2013/05/15 10:27:07 PM
Total CPU time 102 seconds
Imported functions
Some relevant texts from the exe file