The SLA Printer Series uses Stereolithography (SLA) technology, one of the most precise forms of 3D printing available today. SLA printers work by directing a UV laser at a vat of liquid resin. The laser traces the design layer by layer, curing the resin into solid plastic with extreme precision. This method produces parts with highly detailed features and smooth surfaces, making the SLA Printer Series perfect for applications that require intricate detailing, complex geometries, and fine surface finishes.
The series is available in four models:
- SLA 400: A compact yet powerful model with a build volume of 400 x 400 x 400 mm, ideal for medium-sized parts or multiple smaller components.
- SLA 600: Offering a larger build volume of 600 x 600 x 400 mm, this model is perfect for producing large prototypes or functional parts.
- SLA 800: With a build volume of 800 x 800 x 600 mm, this model expands the printer’s capabilities to handle bigger projects and industrial production.
- SLA 1200: The largest model in the series, with a massive build volume of 1200 x 800 x 600 mm, suitable for large-scale industrial manufacturing and production runs.
Each model in the series is compatible with a wide range of materials, allowing users to choose the right resin for their specific application. Whether you need high-toughness materials for functional parts, heat-resistant resins for industrial components, or flexible materials for soft-touch parts, the SLA Printer Series can handle it all. With its user-friendly interface and automated resin management system, you can expect efficient operation, minimized waste, and reduced post-processing time.
This series is ideal for professionals who need to produce high-precision, high-quality parts with a fast turnaround. From prototyping to production, the SLA Printer Series is engineered to deliver consistent, reliable, and repeatable results.
Series Specifications
| Model | SLA-400 | SLA-600 | SLA-800 | SLA-1200 |
|---|---|---|---|---|
| Basic Configuration | Single laser, single galvanometer | Single laser, single galvanometer | Single laser, single galvanometer | Single laser, single galvanometer |
| Molding Scope (mm) | 400 x 400 x 400 | 600 x 600 x 400 | 800 x 800 x 600 | 1200 x 800 x 600 |
| Equipment Size (mm) | 1430 x 1310 x 2221 | 1430 x 1310 x 2221 | 1800 x 1715 x 2263 | 1800 x 1715 x 2263 |
| Application | Replacement of wooden mold in batch production, soft sole for try-on, shoe heel, shoe tree, PU mold | Replacement of wooden mold in batch production, soft sole for try-on, shoe heel, shoe tree, PU mold | Replacement of wooden mold in batch production, soft sole for try-on, shoe heel, shoe tree, PU mold | Replacement of wooden mold in batch production, soft sole for try-on, shoe heel, shoe tree, PU mold |
| Technical Feature | Multi-stage variable light spot | Multi-stage variable light spot | Multi-stage variable light spot | Multi-stage variable light spot |
| Remote Management System | Cloud remote management | Cloud remote management | Cloud remote management | Cloud remote management |
| Laser | Domestic laser | Domestic laser | Domestic laser | Domestic laser |
| Galvanometer | High speed galvanometer | High speed galvanometer | High speed galvanometer | High speed galvanometer |
| Control Software | RSCON | RSCON | RSCON | RSCON |
| Fastest Printing Speed | Optical beam scanning: 8-14m/s | Optical beam scanning: 8-14m/s | Optical beam scanning: 8-14m/s | Optical beam scanning: 8-14m/s |
| Material | Hard and soft materials | Hard and soft materials | Hard and soft materials | Hard and soft materials |
| Dimensional Accuracy | L ＜100mm: ±0.1mm L ≥100mm: 0.1% * L | L ＜100mm: ±0.1mm L ≥100mm: 0.1% * L | L ＜100mm: ±0.1mm L ≥100mm: 0.1% * L | L ＜100mm: ±0.1mm L ≥100mm: 0.1% * L |
