Live Webinar on: Automate Tool Design using Creo TDO & EMX

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Live Webinar on: Automate Tool Design using
Creo TDO & EMX

July 28th, 2017 | Time : 3.00 PM - 4:00 PM

Creo Tool Design

Create the most complex single-cavity and multi-cavity molds and casts with ease. Evaluate mold draft, undercut and thickness problems, and then automatically create parting surface and splitting geometry in a process-driven environment that’s simple–even for the occasional user–who needs to create complex tooling quickly.

• Evaluate mold draft, undercut and thickness problems and examine forming and secondary forming dies

• Eliminate data translation errors using an integral CAD/CAM solution from conceptual design to manufacturing

• Reduce the need for redesigns through automatic updating of tooling models, drawings and electrodes

• Eliminate costly rework via interference checking and mold opening simulation

Creo Expert Moldbase Extension

Work in a familiar 2D environment for moldbase layout–and get all the benefits of 3D! The 2D process-driven GUI offers a catalog of standard and custom components, and updates your model automatically during the development of the moldbase, by providing a catalog of standard and customized components. Your resulting 3D models are then used for interference checking during mold opening, as well as automatic generation of deliverables such as detail drawings and BOMs.• Evaluate mold draft, undercut and thickness problems and examine forming and secondary forming dies

• Speeds the design process through a simple, process-driven workflow that automates moldbase design and detailing• Reduce the need for redesigns through automatic updating of tooling models, drawings and electrodes

• Provides an ever growing set of libraries for moldbase/component suppliers (includes screws, ejector pins, sliders, cooling fittings, etc.). Easily add custom data for unique items

• Automatic ejector pin, waterline, and fittings functions; automated runners and waterline checks

• Prevents costly rework and reduces cycle time by eliminating mistakes via a 3D environment

• Reduces the need for redesigns by automatically updating tooling models, drawings and electrodes

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