Infographic: Formative Manufacturing Technologies Selection Guide

Explore our detailed guide on 7 formative manufacturing technologies, highlighting their key aspects. This infographic offers a concise comparison to help you select the best process for your manufacturing needs.

Formative manufacturing technologies are crucial for producing parts with precision, efficiency, and scalability. Our infographic, created with insights from our lead injection molding engineer, provides a comprehensive overview of seven major technologies (injection molding, urethane casting, plastic extrusion, thermoforming, compression molding, blow molding, and die casting) according to key factors.

Key highlights

  • Injection molding: Suitable for high-volume production with excellent dimensional accuracy and a wide range of material options.
  • Urethane casting: Ideal for producing rigid plastic prototypes and small production runs with high surface finish quality.
  • Plastic extrusion: Best for continuous production of parts with simple geometries.
  • Thermoforming: Useful for creating large parts with simpler designs.
  • Compression molding: Effective for producing parts from rubbers and silicone materials.
  • Blow molding: Perfect for manufacturing hollow parts like bottles and containers.
  • Die casting: Optimal for high-volume production of metal parts with complex designs.

Source Your Molded and Cast Parts at Xometry

Xometry’s manufacturing platform offers formative manufacturing services. Benefit from our instant quoting for urethane casting projects or receive a detailed manual quote within 48 hours for any other molding or casting needs. Take advantage of our expertise to achieve reliable, cost-effective production aligned with your project specifications.

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