High-Quality SLA 3D Printing Service

Sla 3d Printing Part

SLA 3D Printing Service: High-Quality, Fast Turnaround, Affordable

Whether you need to create intricate product prototypes, custom gifts, or art creations, SLA 3impresión D services can meet your various needs. We use advanced SLA (Light Curing) technology to quickly and accurately produce high-quality 3D printed parts. With rich industry experience and a professional technical team, we ensure to provide customers with fast production cycles and discounted prices. No matter the size of your project, we can provide customized printing solutions according to your specific needs, ensuring that every piece of work has excellent detail performance and stable quality. With just one quote, you can easily enjoy industry-leading SLA 3impresión D services. Whether you are an individual creator or a corporate client, you are welcome to Contáctenos immediately. We will do our best to provide you with a high-quality, fast and efficient 3D printing experience. Looking forward to serving you!

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How SLA 3D Print Works

Estereolitografía (SLA) is the original 3D printing technology, also known as rapid prototyping (RP) or additive manufacturing (AM). SLA is a highly mature technology that has been commercially available for a long time.

Actualmente, SLA technology is widely applied in the production of conceptual models, general components, appearance verification, and assembly verification across various industries such as automotor, médico, consumidor electrónica, game animation, architectural design, escultura, and home decor. En algunos casos, it can also be used for functional testing.

The SLA process uses photosensitive resin as the raw material. An ultraviolet (ultravioleta) laser, controlled by a computer, scans the liquid resin according to the contours of each layer of the predetermined part. The thin layer of resin in the scanned area undergoes photopolymerization, forming a solid layer of the part. By sequentially scanning, curing, and stacking these thin layers, a complete three-dimensional model is ultimately obtained.

How Sla SLA 3D Printing Service Working

Estereolitografía (SLA) is an additive manufacturing technology that can 3D print parts with intricate features, tolerancias estrictas, and smooth surface finishes.

SLA Design Guidelines and Capabilities

Our basic guidelines for stereolithography include important design considerations to help improve part manufacturability, enhance cosmetic appearance, and reduce overall production time.

Build Envelope Capability450*450*350milímetros600*600*400milímetros800*800*550milímetros1400*700*500milímetros
Exactitudl<100milímetros: ±0.1mml<100milímetros: ±0.1mml<100milímetros:±0.1mml<100milímetros: ±0.2mm
L≥100mm: ±0.1% XLL≥100mm: ±0.1% XLL≥100mm: ±0.15% XLL≥100mm: ±0.2% XL
Peso30KG (66.11b)36.2KG (79.81b)150KG (330.71b)180KG (396.8lb)
Layer Thickness0.05-0.25milímetros0.05-0.25milímetros0.07-0.25milímetros0.1-0.25milímetros
MaterialPrimary BenefitsColorResistencia a la tracciónTensil ModulusElongation
abdominales-Like White1>Durable, General purpose resin;
2>Accommodates extra-large parts		White38-562589-26958-12%
abdominales-Like Grey1>Durable, General purpose resin;
2>Highest HDT of the ABS-Like SLA resin		Grey40-441900-209013-20%
ABS-Like Black1>Low moisture absorption of SLA resin;
2>Glossy cosmetic appearance		Black41-582649-27317-11%
ABS-Like Yellow1>Produces highest resolution parts;
2>Ideal for extra-small parts		Yellow38-562589-26958-12%
ABS-Like Clear1>Lowest moisture absorption of SLA resin;
2>Functional transparency		Clear48 12%
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SLA Printed Parts Application

Sla 3d Print
For Casting Industry
Transparent Resin Printing
For Artworks Prototyping
Resin Toy Manufacturer
For Toy Industrial

SLA 3D printing equipment

As a professional 3D printing compañía, tenemos 50 Impresoras 3D de resina SLA, así como 6 SLS nylon 3D printers and metal 3D printers. Contamos con una variedad de materiales de impresión 3D para elegir, así como diversos procesos de posprocesamiento y capacidades completas de procesamiento de subcontratación.. Brindamos servicios como impresión 3D., proceso de copiar, y colorear, Y hemos establecido un equipo dedicado para el negocio de producción de modelos., Posee excelentes capacidades de diseño y análisis de visualización.. Poseer una estricta certificación del sistema de gestión de calidad.. Tenemos una rica experiencia en industrias como la del automóvil., electrodomésticos, oficina equipo, la construcción de modelos, médico dentistry, joyas, escultura, cerámica, etc..

3Equipos y capacidades de impresión D.
3Equipos y capacidades de impresión D.
3Equipos y capacidades de impresión D.
3Equipos y capacidades de impresión D.
3Equipos y capacidades de impresión D.

SLA 3D Printing FAQ

SLA (Estereolitografía) is an additive proceso de manufactura that uses a UV laser to selectively cure and solidify photosensitive resin layer-by-layer to create 3D printed parts.
The key advantages of SLA 3D printing include high resolution, smooth surface finish, tight dimensional accuracy, and the ability to produce complex geometries.
SLA 3D printing primarily utilizes photosensitive liquid resins, which are available in a variety of formulations including acrílico, epoxy, and hybrid resins for different aplicaciones.
SLA 3D printing is widely used for rapid prototyping, product design, dental/medical models, investment casting patterns, architectural models, and small-batch production of end-use parts.
In SLA, a UV laser selectively traces and cures the liquid resin layer-by-layer according to the 3D model data. The build platform lowers after each layer is cured, allowing the next layer to be printed.
SLA 3D printers can achieve feature resolutions down to 25-50 microns and part tolerances within ±0.1-0.3 mm, making it suitable for high-precision aplicaciones.
Compared to other 3D printing technologies, SLA can be relatively fast, with print speeds ranging from 1-10 mm per hour depending on the part geometry and printer specifications.
Después de imprimir, SLA parts typically require post-curing under UV light to fully harden the resin, as well as support removal and potential surface finishing.
Key limitations include part size restrictions, relatively higher material costs, and the need for post-processing compared to some other 3D printing methods

SLA 3D printing is generally more expensive than FDM or SLS 3D printing, but the higher costs are often justified by the superior part quality and accuracy.