Additive manufacturing of multifunctional electronic structures and PCB prototypes using inkjet nanoprinting of conductive and dielectric materials. The technology is designed for rapid prototyping and experimental research.

Supported design types

Multilayer and double-sided boards

Inkjet printing resolution

Up to 20 μm

Ultraviolet, infrared, and thermal curing

Layer fixation methods

Equipment

Voltera V-One 3D printer

Equipment

DragonFly 2020 Pro 3D printer

Equipment

CeraPrinter F-Series hybrid inkjet printer

Types of applied layers

Conductive, insulating, and functional materials

The Engineering Center for Radioelectronic Instrumentation of the Saint Petersburg Technopark provides 3D printing services for printed circuit boards using advanced solutions in digital inkjet and layer-by-layer printing.

The CeraPrinter F-Series printer allows for the application of conductive and dielectric materials with micron precision and curing via UV, IR or thermal treatment. The DragonFly 2020 Pro provides multilayer two-component printing, forming volumetric highly integrated structures in a single production cycle. Voltera V-One is used for rapid development of single-sided and double-sided boards, including the application of conductive paste, solder mask, and component soldering.

This approach is particularly in demand in R&D, engineering laboratories, when creating unique solutions and testing designs before launching into mass production.

Applications

Rapid prototyping of printed circuit boards

Development of unique and hybrid solutions

R&D and engineering laboratories

Prototyping and testing in electronics

Workflow stages

Advantages

Multilayer 3D printing of PCBs

Capability for rapid refinement

Minimum production lead times

Integration with soldering and assembly

Case studies

Cost

Service name

Cost

For St. Petersburg SMEs (-20%)

For St. Petersburg UAS R&D Center residents (-30%)

Print preparation for CeraPrinter F-Series 3D printer

3D printing using a CeraPrinter F-Series hybrid printer, 1 cm³, TiO nano-ink

Print preparation for DragonFly 220 Pro 3D printer

Prototyping of printed circuit boards using the Voltera V-One 3D printer, 1 cm²

33,000 ₽

20,700 ₽

8,500 ₽

910 ₽

26,400 ₽

16,560 ₽

6,800 ₽

728 ₽

23,100 ₽

14,490 ₽

5,950 ₽

637 ₽

Solder paste application for Voltera V-One 3D printer, 1 hour

1,010 ₽

808 ₽

707 ₽

PCB prototyping using a DragonFly 220 3D printer, 1 mm³, printing (Di)

1,340 ₽

1,072 ₽

938 ₽

PCB prototyping using a DragonFly 220 3D printer, 1 mm³, printing (Cl)

7,960 ₽

6,368 ₽

5,572 ₽

Irina Kostenko

Director of the Regional Engineering Center for Radio-Electronic Instrumentation of the Saint Petersburg Technopark

i.kostenko@spbtech.ru

+7 (812) 670-10-85 (ext. 309)

Address

30 Zanevsky Ave, Bldg 2

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