Process

The choice of manufacturing process is critical to the success of any plastics engineering project, whether for prototyping or mass production. Each technique has its own specificities, advantages, and constraints in terms of cost, precision, lead times, and volumes.
Explore the core plastic manufacturing methods with Hybster—from injection and extrusion to thermoforming and 3D printing. Our platform guides you through their unique features to find the best fit for your project, aligned with your technical requirements and budget goals.

Process 14 procédés

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14 résultat(s)

Autres procédés

14
ProcessFamilyReadynessideal QtyHybsterScores
Filament deposition (FDM) (FDM)CNC machiningMature
Cost
Speed
Prec.
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3-axis CNC milling (CNC 3AXIS)CNC machiningMature
Cost
Speed
Prec.
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5-axis CNC millingSee more →
Powder sintering (SLS) (SLS)FormingMature
Cost
Speed
Prec.
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gas-assisted injection moulding (GAIM)FormingMature
Cost
Speed
Prec.
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2K injection moulding (2K IM)FormingMature
Cost
Speed
Prec.
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Plastic injection mouldingFormingMature500 pcs
Cost
Speed
Prec.
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Structural Foam injection moulding (FOAM)FormingMature
Cost
Speed
Prec.
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MultiJet Fusion (MJF) (MJF)FormingMature
Cost
Speed
Prec.
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Stereolithography (SLA) (SLA)FormingMature
Cost
Speed
Prec.
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insert molding (INSERT MOLDING)FormingMature
Cost
Speed
Prec.
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Textile Backmolding (BACKMOLDING)FormingMature
Cost
Speed
Prec.
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CNC turning (TOURNAGE CNC)CNC machiningMature
Cost
Speed
Prec.
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VariothermSee more →
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