Rapid prototyping and low-volume additive manufacturing for complex geometries, functional parts and polymer or metal applications.
SLA · SLS · SLM · MJF · Industrial FDM
Get Instant Quote
Process selection follows the required material, geometry, surface condition, mechanical role and production intent. Final suitability is confirmed during engineering review.
01 / SLA
Stereolithography
SLA uses photopolymer resin for detailed concept models, appearance-verification parts and fine-feature prototypes. Its smooth visual surface supports high-detail presentation and form-and-fit evaluation before the production route is confirmed.
Key Capabilities
02 / SLS
Selective Laser Sintering
Powder-bed polymer printing for functional prototypes and complex, tool-less geometry.
Key Capabilities
03 / SLM
Selective Laser Melting
Metal additive manufacturing for complex components and geometry that benefits from layer-by-layer production.
Key Capabilities
04 / MJF
Multi Jet Fusion
Polymer powder-bed printing for repeatable functional parts and complex production-oriented geometry.
Key Capabilities
05 / FDM
Fused Deposition Modeling
Thermoplastic printing for rapid functional prototypes, fixtures and larger concept parts.
Key Capabilities
Qualitative guidance only. Geometry, orientation, material and finish requirements are reviewed before quotation.
Scroll horizontally to compare all fields
| Technology | Best For | Material Family | Key Process Advantage |
|---|---|---|---|
| SLA | Detailed visual prototypes; Form-and-fit models; Appearance studies | Photopolymer resin | Fine visual detail; Smooth surface character; Resin-based process |
| SLS | Functional prototypes; Complex polymer components; Engineering validation | Nylon / PA | Functional polymer parts; Complex geometry; No dedicated support structures |
| SLM | Complex metal prototypes; Integrated metal geometry; Functional metal components | Metal powders | Metal components; Integrated geometry; Weight-conscious design |
| MJF | Functional polymer parts; Complex geometries; Low-volume applications | Nylon / PA; flexible polymers where available | Functional polymer parts; Repeatable geometry; Production-oriented output |
| FDM | Functional testing; Fixtures and tooling; Larger concept parts | Engineering thermoplastics | Engineering thermoplastics; Rapid iteration; Visible layer character |
Material families are selected after reviewing process compatibility, mechanical behavior, appearance and the intended application.
SLA
For detailed models, surface evaluation and form-and-fit prototypes.
SLS / MJF
For functional polymer components and complex tool-less geometry.
Process availability reviewed per project
For parts requiring compliant or flexible behavior where the selected process supports it.
FDM
For functional prototypes, fixtures, tooling and larger concept parts.
SLM
For complex metal component geometry, subject to material and process review.
Detailed models and appearance-focused parts
Functional prototypes and tooling applications
Complex metal component geometry
Provide the 3D model, any controlled drawing, quantity and application requirements.
Review geometry, material, printing technology and post-processing requirements.
Build the approved parts and complete the agreed cleaning or finishing operations.
Inspect agreed requirements before packaging and shipment.
A curated view of metal, resin, polymer and post-processed parts using approved production imagery.
Process
Metal additive manufacturing
Process
Metal printing with support structures
Post-processing
Painting
Material family
Engineering polymer
Application
Form and appearance evaluation
Post-processing
Sandblasting
Post-processing is selected around the printed material, geometry, surface intent and final application.
Surface refinement where the material and geometry permit.
Cosmetic refinement for compatible printed materials and features.
Project-specific cosmetic color and surface finishing where supported.
Color treatment for compatible polymer processes and materials.
Removal and cleanup of required build supports or residual material.
Process-specific thermal treatment where required and available.
Black cosmetic surface on compatible resin parts
Uniform blasted surface on a metal printed part
Not every post-processing option is available for every printing technology or material. Availability is confirmed during project review.
Practical guidance for preparing files, selecting a process, and planning prototype or low-volume production requirements.
Coordinate additive manufacturing with the adjacent operations required to complete a production-ready project.
Coordinate machined interfaces, critical features and complementary subtractive operations.
Explore capabilityReview process-compatible surface preparation and finishing around the final application.
Explore capabilityAlign dimensional, visual and process-specific checks with agreed project requirements.
Project-specific reviewCombine additive manufacturing with reviewed low-volume production and fulfillment needs.
Project-specific reviewUpload your 3D model and project requirements for process review and a project-specific quotation.