SOLIDWORKS Plastics Premium

For advanced CAE analysts and mold designers

SOLIDWORKS Plastics Premium


SOLIDWORKS Plastics Premium gives you complete control and understanding of your tool design and molding process. This module allows you to model cooling channels and analyze warpage on the finished part.

SOLIDWORKS Plastics Premium includes everything in SOLIDWORKS Plastics Professional plus advanced simulation functionality that allows CAE analysts and mold designers to analyze mold cooling line layouts and predict molded part warpage. Users can design and analyze simple or complex mold cooling line layouts, optimize cooling system design to minimize cycle times and decrease manufacturing costs and optimize part and mold design, material selection and processing parameters to reduce or eliminate molded part warpage.


  • Design and analyze mold cooling channel layouts
  • Optimize cooling system design to minimize cycle times and decrease manufacturing costs
  • Optimize part and mold design, material selection and processing parameters to reduce or eliminate warpage


  1. Reduce costs
  2. Improve overall product development process
  3. Reduce or eliminate molded part warpage


Investigate and correct warping issues: Predict post-molding warpage, and take steps to modify the tool and molding parameters to correct, or create counter-deformed geometry to allow for warp

Model and optimize cooling channels: Investigate different cooling strategies to produce high-quality parts as efficiently as possible, and completely understand the conditions within the mold tool

Apply complex cooling conditions: Simulate advanced cooling strategies, like baffles, bubblers, and model conformal cooling around the part geometry.


Learn about SOLIDWORKS term licensing


SOLIDWORKS Plastics Standard

SOLIDWORKS Plastics Standard


  • Analyze and modify designs for manufacturability; optimize for form, fit, and function
  • Takes only minutes to learn and does not require extensive analysis or plastics expertise
  • Web-based HTML reports make it fast and easy to communicate simulation results and share design advice

SOLIDWORKS Plastics Professional

SOLIDWORKS Plastics Professional


  • Ensure molds will work as intended
  • Analyze sprues, runners, and gates to balance runner systems; optimize gate type, size, and location; determine the best runner layout, size, and cross-sectional shape
  • Quote tooling projects quickly and accurately

Read what our customers say

Modulpac AB needed to develop new and increasingly sophisticated injection molds and optimize material usage. SOLIDWORKS Plastics has enabled Modulpac to shorten time to market for new products by 10-15 percent while improving the overall quality of its production.

Shorter lead times for new products, accurate bidding and higher quality production; these are some of the important results of the introduction of SOLIDWORKS Plastics into the product development department at the Swedish plastics company Modulpac, which manufactures injection molded parts such as screw caps and other types of caps for bottles and cans.

Using SOLIDWORKS Plastics, Modulpac can accurately assess the cycle time of the injection molding process. Precise information on cycle time is critical to the company’s business, says development engineer Micael Svensson, Modulpac: “We are developing a lot of new products. Previously, we were forced to guess cycle times, if we did not have a similar existing product. If we guessed wrong, we could lose business because we were too expensive or put the price too low, which would lead to a loss. With SOLIDWORKS Plastics we get an accurate calculation of the cycle time, so our sales department can offer our customers the right price.” He points out that the precise assessment of cycle time has contributed directly to an increase in Modulpac’s sales and earnings.

Another important benefit of using SOLIDWORKS Plastics is that via simulations Modulpac can minimize material consumption. “In our business, the trend towards using less and less material and the creation of ever thinner parts with the same durability. The more complex parts make it increasingly difficult to fill the mold tools correctly,” says Micael Svensson.

Svensson points out that the analysis tool is a great help to assess whether it will be easy or not to fill the mold tool and ensure an acceptable cooling time. Modulpac’s suppliers of molds do not typically use simulation and therefore it is a great advantage that the company can deliver this type of analysis to them. “We are much more confident in the quality of the injection molds. Previously we easily risked getting caught up by old habits. Now we have the opportunity to test multiple design options. We also managed to reduce the time to develop new tools, because we can test different injection methods and detect any air traps without having to go through actual physical tests of the tools,” says Micael Svensson.

He also explains that it has been possible to minimize the possibility of the emergence of running marks on parts where the design of the product is crucial. For instance, this applies to items produced with a metallic finish.

Modulpac has one license of SOLIDWORKS Premium and one of SOLIDWORKS Plastics. In addition to designing new products in SOLIDWORKS, Micael Svensson is using SOLIDWORKS Simulation to calculate the forces it takes to open child-resistant caps, as well as to predict if the cap can withstand the loads it is exposed to during the opening process. For example, simulating the flexible portions of the part that needs to be bendable but not break during the process.

Modulpac AB


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