3D Pinting Services

At SaumAI3D we empower businesses across New Zealand

3D PRINTING SERVICES

We leverage an unparalleled suite of advanced 3D printing technologies. We utilise leading SLS, SLA & FFF (FDM) systems to deliver precise, high-quality solutions tailored to your diverse additive manufacturing needs.

Rigid Opaque, Transparent, Flexible Parts in Hours

STEREOLITHOGRAPHY (SLA)

Achieve unparalleled precision and stunning aesthetics with Stereolithography (SLA). This high-resolution 3D printing process cures photopolymer resins with powerful lasers, enabling the creation of exquisitely detailed small parts and large, complex prototypes alike. SLA parts can be finished to an exceptionally smooth, injection-molded quality surface. With a broad spectrum of materials—from rigid and opaque to transparent and flexible—our SLA 3D Printing services provide versatile solutions for a wide array of rapid prototyping requirements.

Hundreds of Tough, Accurate & Functional Parts in Days

SELECTIVE LASER SINTERING (SLS)

Unlock unparalleled design freedom and rapid production with Selective Laser Sintering (SLS), an industrial 3D printing process that precisely fuses fine nylon powder with laser beams, layer by layer. Unlike other methods, SLS inherently supports complex geometries and overhangs within the powder bed, removing the need for auxiliary support structures. This unique capability, combined with exceptional economy of scale, allows for the swift creation of hundreds of functional nylon parts in just days. Our SLS 3D Printing services revolutionize manufacturing by offering a flexible, faster, and more cost-effective alternative to traditional molding, bypassing the constraints of expensive tooling, large MOQs, and rigid design limitations.

Engineering Grade Thermoplastics in Days

FUSED FILAMENT FABRICATION (FFF or FDM)

Achieve robust, large-scale functional parts with Production Fused Filament Fabrication (FFF). This industrial 3D printing method precisely extrudes engineering-grade thermoplastics, layer by layer, utilizing dissolvable support structures to simplify the creation of complex geometries with overhangs. Significantly more advanced than desktop FFF, Production FFF provides unparalleled control over interlayer adhesion, build temperature, and print speed, allowing for the reliable production of automotive and aerospace-grade thermoplastics. Through our Production FFF 3D Printing services, you can easily fabricate accurate functional components up to a meter in length, meeting demanding industry standards.

STEREOLITHOGRAPHY (SLA)

Rigid Opaque, Transparent, Flexible Parts in Hours

Achieve unparalleled precision and stunning aesthetics with Stereolithography (SLA). This high-resolution 3D printing process cures photopolymer resins with powerful lasers, enabling the creation of exquisitely detailed small parts and large, complex prototypes alike. SLA parts can be finished to an exceptionally smooth, injection-molded quality surface. With a broad spectrum of materials—from rigid and opaque to transparent and flexible—our SLA 3D Printing services provide versatile solutions for a wide array of rapid prototyping requirements.
SELECTIVE LASER SINTERING (SLS)

Hundreds of Tough, Accurate & Functional Parts in Days

Unlock unparalleled design freedom and rapid production with Selective Laser Sintering (SLS), an industrial 3D printing process that precisely fuses fine nylon powder with laser beams, layer by layer. Unlike other methods, SLS inherently supports complex geometries and overhangs within the powder bed, removing the need for auxiliary support structures. This unique capability, combined with exceptional economy of scale, allows for the swift creation of hundreds of functional nylon parts in just days. Our SLS 3D Printing services revolutionize manufacturing by offering a flexible, faster, and more cost-effective alternative to traditional molding, bypassing the constraints of expensive tooling, large MOQs, and rigid design limitations.
FUSED FILAMENT FABRICATION (FFF or FDM)

Engineering Grade Thermoplastics in Days

Achieve robust, large-scale functional parts with Production Fused Filament Fabrication (FFF). This industrial 3D printing method precisely extrudes engineering-grade thermoplastics, layer by layer, utilizing dissolvable support structures to simplify the creation of complex geometries with overhangs. Significantly more advanced than desktop FFF, Production FFF provides unparalleled control over interlayer adhesion, build temperature, and print speed, allowing for the reliable production of automotive and aerospace-grade thermoplastics. Through our Production FFF 3D Printing services, you can easily fabricate accurate functional components up to a meter in length, meeting demanding industry standards.

What we do

SamurAI Processes

3D CAD Optimisation AI

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3D Product Rendering AI

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3D Printing AI

100%

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CAD Optimisation

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Product Render

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Prototyping

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3D Printing

KNOW US

Empowering The Future of Manufacturing

3D printing is profoundly empowering the future of manufacturing by fundamentally reshaping traditional production paradigms. Additive manufacturing fosters a more agile and sustainable production model through on-demand manufacturing, significantly reducing waste, inventory, and the need for extensive tooling. This capability decentralises production, shortens supply chains, and accelerates product development cycles, ultimately democratizing innovation and allowing businesses of all sizes to rapidly iterate, personalise, and produce goods with unprecedented efficiency and design freedom across diverse industries.