Creo Simulate has the capacity to evaluate the structural and thermal dynamic performance of products based on the digital models so designers have no need to consume their time and cost to actually make a prototype. When designers need to identify the properties of a product, they can save time, cost, and efforts and improve the quality of product instead.

Creo Advanced Simulate expands the feature to learn how much Creo Simulate and advanced/nonlinear effect can affect product design.
PTC Creo Simulate and PTC Creo Advanced Simulation Extension are productivity tools that standardize the same user interface, workflow, and PTC Creo products. The combination of PTC Creo Simulate and PTC Creo Advanced Simulation Extension can be used as an independent applied program or expanded to PTC Creo Parametric.

With PTC Creo Mechanism Dynamics Option (MDO), designers can virtually simulate the forces that actually work without wasting much cost to make the actual prototype and analyze a product’s response to the forces. Also, the product’s motion can be simulated in the early stage of design, so they can improve the quality of product and save time and cost.
With PTC Creo MDO, designers can instantly identify how their designs would respond to gravity, friction, and other dynamics right on their computers. This process of analysis can be executed without actually making a prototype, so they can test and correct any problems in the early stage for much less cost. When they actually build a prototype later in the process, its quality would be much higher as it has already been through a series of strict tests on the virtual platform. Also, they can save cost as they do not need as many prototypes as they did before and produce quality products 'without the trials and errors' to expedite the product release period.

With PTC Creo Mold Analysis Extension, you can simulate the extrusion of plastic parts fast and accurately within PTC Creo Parametric™. This tool allows the designer to identify the potential problems of products and optimize the design to improve the feasibility of manufacture.
With the features of PTC Creo Mold Analysis Extension, analysts and designers can acquire in-depth insights through the flow of plastic. This powerful tool analyzes the extrusion molding for design verification and optimization within PTC Creo Parametric to reduce the cost of mold redesign and design changes.

PTC Creo Fatigue Advisor Extension expands the features applied to the evaluation of durability of Creo Simulate and product design. PTC Creo Fatigue Advisor Extension allows designers to predict the lifespan of materials and structures until fatigue failure by repeated load and survey the factors of design change that can affect the durability of products.
PTC Creo Simulate and Creo Fatigue Advisor Extension are the productivity tools that standardize the user interface, workflow, and PTC Creo products. The combination of PTC Creo Simulate and Creo Fatigue Advisor Extension can be used as an independent applied program or expanded to PTC Creo Parametric.

Safety of electrical appliances is essential for today’s competitive market. More products in the automotive, aviation and defense, electronics, and high-tech industries are adopting the mechatronics into their designs. Even the smallest errors in the design of electrical devices can lead to damaged circuits, overheating, and even fire and/or explosion.
Manufacturers are required to release products in the market faster than ever before and minimize the risk factors of product failure or damage for cost-efficiency.
Creo Clearance and Creepage Extension can secure the stability of products and optimize the detailed design process of electrical appliances.

In order to supply quality products to the market faster, designers must understand the impact of tolerance and fluctuations in manufacture in relation to product design. Design engineers can use PTC Creo TAE (Tolerance Analysis Extension) built on CETOL Technology for powerful analysis of tolerance on the design platform. They can easily analyze, visualize, and comprehend the geometric tolerance and fluctuation in dimensions that affect the design.
Designers need the highest level of solution in the market in order to satisfy the meticulous needs of the competitive global market today. In order to comprehend the related impact and produce a powerful design to prevent the failure of downstream work of manufacture process, the tolerance and fluctuation of design models shall be identified and the sensitivity shall be analyzed to visualize the cumulative tolerance. They can save time and cost by analyzing and integrating the restraints caused by tolerance and fluctuation in the early stage of design process.
PTC Creo based on CETOL Technology provides powerful tolerance stackups and clearance analysis solutions that are closely integrated with the design platform. It is possible to assess the impact of tolerance and dimensions in regards to the attainability of product design. Therefore, it shortens the cycle of product development, saves the cost of production, and improves the quality of products.