Machinery manufacturing company Roland DG Corporation has introduced two new 3D printers, PB-600 and PB-400, designed to make ceramic 3D printing more accessible.
Expanding beyond traditional manufacturing methods, the latest models allow intricate designs that would otherwise be difficult to achieve by hand or milling. Both printers utilize a binder jetting process, where a liquid binder is deposited through a print head while layers of Brightorb, an artificial ceramic powder, are precisely stacked.
The fine particle composition of Brightorb ensures high accuracy, reducing shrinkage to less than 1% during firing. Optimized material layering contributes to the production of complex objects with smooth surfaces and fine details.
“The printers are capable of producing ceramic objects, even those with complex structures that could previously only be dreamed of, including artistic interior decor, ceramic panels and walls, and fine art replicas as well as arts and crafts, earthenware, and other items,” said Ryugo Nimura, President, Global Sales and Marketing Division.
PB series for high-precision ceramic 3D printing
Since its founding in 1981, Roland DG has pursued digital solutions that simplify fabrication across industries. The PB series expands the scope of applications in interior decoration, architecture, fine art, and arts and crafts, along with historical and cultural research.
According to the company, these systems support custom object creation, potentially refining conventional workflows.
Offering a maximum build volume of 595 x 600 x 250 mm, the PB-600 accommodates larger projects, while the PB-400, with a 390 x 290 x 200 mm capacity, is tailored for medium-sized prints. Both models support multiple object layouts, enabling efficient batch production in a single print cycle.
According to the company, ease of use remains a focal point, with dedicated slicing software that converts 3D CAD and CG models into printable data. An integrated monitor enhances accessibility, making operation intuitive even for users unfamiliar with 3D printing.
“We will continue to contribute to the creation of an environment in which people can demonstrate their unlimited creativity through innovative technologies,” added Nimura.
Technical specifications and pricing
Interested customers can contact the company to learn more about pricing.
| Specifications | ||
| Model | PB-600 | PB-400 |
| Technology | Binder Jetting | |
| XY Resolution (dots per inch) | 600 x 600 dpi | |
| Layer Pitch | 0.1mm | |
| Build speed | 35 seconds/layer | 45 seconds/layer |
| Build size (width x depth x height) | 595 x 600 x 250 mm | 390 x 290 x 200 mm |
| Materials | Ceramic powder | |
| Binder | Water-based liquid binder | |
| Environment (during operation) | Temperature: 20°C to 24°C, Humidity: Max. 50%RH (no condensation) 20°C, and small temperature changes are recommended | |
| Environment (not operating) | Temperature: 5°C to 40C°C, Humidity: 20% RH to 80% RH (no condensation) | |
| Distance accuracy (with correction) | Error of less than +/-0.3% of distance travelled or +/-0.5 mm, whichever is greater | |
| Dimensions (width x depth x height) | 3,150 x 1,344 x 1,900 mm excluding PC arm stand | 1,709 x 970 mm x 1,382 mm excluding PC arm stand |
| Weight | 1,200 kg | 430 kg |
| Power supply | AC 230V Single Phase 16A | |
| Included items | User’s Manual, Slice Software, PC for Printer Control Software and Monitor, etc. | |
| Options | ||
| Model | PM-14C | PL-20C |
| Description | Ceramic powder, 14 kg | Liquid binder, 20L bottle |
| System requirements for Slice Software | ||
| Operating software | Windows 10/11 | |
| Processor | Core i5 generation 8 or more | |
| Memory (RAM) | 8 GB or more | |
| Video card and monitor | NVIDIA Geforce RTX 3060 or more (Pro graphics card not supported) | |
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Featured image shows ceramic 3D printed components. Image via Roland.
