Plastics Engineering Simulation Software
Design and optimize plastic components with advanced injection molding and materials simulation tools.
Engineering Better Plastic Products
Plastics Engineering with Altair
Advanced simulation and material intelligence for modern plastic design.
Plastic engineering goes beyond material science. Engineers must understand and leverage the unique properties of plastics to create innovative, high-performance, and sustainable products. Altair provides advanced simulation and material solutions that help designers solve complex challenges from early design through manufacturing and final product performance.
Plastics Engineering Solutions
Simulation and materials tools for designing and optimizing plastic components.
Altair Material Data Center
Access a comprehensive database of validated engineering material data including polymers, metals, and composites. Easily integrate supplier-specific material properties into your simulation workflows.
Altair Inspire Mold / SimLab
Design manufacturable injection molded components using advanced simulation tools. Predict filling, packing, cooling, and warpage to reduce manufacturing defects and optimize mold performance.
Altair Multiscale Designer
Develop accurate material models for advanced composites and reinforced plastics. Simulate complex structures such as fiber composites, lattice structures, and honeycomb cores.
Altair Partner Alliance Ecosystem
Altair Partner Alliance (APA)
Access specialized engineering software through a unified ecosystem.
The Altair Partner Alliance (APA) is a collaborative ecosystem that brings together a wide range of specialized engineering applications across simulation, data analytics, and product development. This flexible model allows customers to access multiple solutions without managing separate licensing agreements. APA tools are available through Altair Units, enabling engineers to expand their workflows with advanced partner technologies.
Altair Partner Alliance Tools
Specialized engineering applications available through the Altair Partner Alliance ecosystem.
Simcon Cadmould & Varimos
Advanced injection molding simulation software used to analyze and optimize filling, packing, cooling, shrinkage, and warpage during plastic part manufacturing.
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Converse – PART Engineering
A powerful tool that connects injection molding simulation with structural analysis by transferring manufacturing data such as fiber orientation, weld lines, temperature, and stresses to FEA models.
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S-Life Plastics – PART Engineering
Software for evaluating the durability and fatigue strength of plastic components using finite element analysis results for reinforced and unreinforced thermoplastics.
Learn More →Plastics Engineering Software FAQ
Plastics engineering software such as Altair solutions enables engineers to design, simulate, and optimize plastic components before manufacturing. These tools provide material data, injection molding simulation, and structural analysis to improve product performance and reduce development time.
Injection molding simulation predicts how molten plastic fills, cools, and solidifies in a mold. Engineers use this technology to detect defects such as warping, sink marks, or short shots before production, reducing costly tooling changes and manufacturing issues.
The Altair Material Data Center is a comprehensive database containing validated engineering material data for polymers, metals, and composites. Engineers can access supplier-specific material properties and integrate them directly into simulation tools and solvers.
Yes. Tools such as Altair Multiscale Designer allow engineers to model advanced materials including fiber-reinforced plastics, continuous composites, honeycomb cores, and lattice structures. These simulations help predict structural performance and optimize material design.
Engineering simulation allows designers to test and optimize plastic components virtually. This reduces physical prototypes, accelerates development cycles, improves product durability, and minimizes manufacturing defects.
Industries such as automotive, electronics, consumer products, aerospace, and industrial equipment rely on plastics engineering software to design lightweight, durable, and high-performance components.
Ready to Optimize Your Plastic Product Design?
Discover how Altair plastics engineering tools help engineers simulate injection molding, analyze materials, and design high-performance plastic components.