3D Printing
Rapid prototyping, functional components and low-volume production using industrial-grade additive manufacturing technologies.
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Additive Manufacturing
3D Printing, also called additive manufacturing, creates three-dimensional objects layer by layer from a digital CAD model. Unlike traditional subtractive manufacturing, material is added only where required, reducing waste and enabling complex geometries that can be difficult or impossible to manufacture conventionally.
Create and test product designs quickly.
Produce application-specific components without traditional tooling.
Reduce material waste and tooling investment.
Manufacture shapes and internal features difficult to achieve conventionally.
Move directly from digital files to functional physical parts.
Choose the right process based on geometry, performance, finish, quantity and application requirements.
MJF
Industrial powder-bed printing for strong, dense and consistent polymer parts with excellent repeatability.
Best for: Functional prototypes, jigs & fixtures, low-volume end-use parts, enclosures and automotive/industrial components.
SLS
Support-free polymer printing for complex geometries, functional prototypes and production-ready components.
Best for: Complex housings, ducting, snap-fits, hinges, aerospace and automotive components.
SLA
High-resolution resin printing for fine details, tight dimensional accuracy and smooth surface finishes.
Best for: Visual prototypes, presentation models, master patterns and detailed components.
FDM
Cost-effective thermoplastic printing for functional prototypes, tooling and engineering components.
Best for: Jigs, fixtures, master patterns, conceptual models and mechanical parts.
From durable nylon powders to engineering resins and thermoplastic filaments, material selection is matched to the functional, mechanical, thermal and aesthetic requirements of the part.
Discuss Material RequirementsNeed production-like parts in small batches? 3D printed master patterns feed directly into our vacuum casting capability for low-volume manufacturing.
In-house additive manufacturing capability.
Precision parts produced in hours rather than days where applicable.
Practical guidance from design review through manufacturing.
Process discipline focused on consistency and reliable outcomes.
Share your requirements with Enabletek 3D and let our team help you choose the right technology, material and manufacturing approach.