BLOW MOLDING SIMULATION & DESIGN TESTING

Despite popular opinion, blow molding is a science, not an art. While many molders continue to rely on trial-and-error methods to refine part designs, we utilize cutting-edge simulation software to optimize wall thickness, part weight, and cycle times.

Eliminate the Guesswork

Every project begins by creating 3D models of each mold half based on your part design. From there, we can simulate the plastic parison extrusion and inflation, die swell, warpage, and other behaviors as it fills the mold and cools during the blow molding process. No more guesswork, no more headaches.

Optimize
Part
Design

Blow molding simulation allows us to identify problem areas and recommend design changes to optimize your part design.

Optimize wall thickness
Reduce cycle time
Reduce part weight

Optimize
Tooling
Process

By transferring trial-and-error discovery to the computer at an earlier point in the design phase, we can optimize the tool-building process.

Reduce development time by up to 40%
Cut tooling in fewer steps
Reduce tooling lead time and cost

case study

Converting a Rotomolded DEF Tank to Blow Molding

Discover how blow molding helped a Tier 1 supplier of custom fluid management consolidated their supply chain, increase efficiency, and reduce costs while meeting all production and performance requirements.