Russia’s Specialised Exhibition for Additive Manufacturing and 3D Printing
Additive manufacturing has transformed the way products are designed, prototyped, and produced. What was once a niche technology for rapid prototyping has become an essential tool for series production, tooling, medical implants, aerospace components, and countless other applications. In Russia, the dedicated event for this rapidly evolving industry is 3D-TECH. Held annually at the Crocus Expo International Exhibition Center in Moscow, 3D-TECH is the country’s leading exhibition for additive manufacturing technologies, 3D printing equipment, materials, and services.
Exhibition Overview
3D-TECH, the International Exhibition for Additive Manufacturing and 3D Printing Technologies, covers the entire spectrum of industrial 3D printing. From polymer and metal printing systems to software, post-processing equipment, and advanced materials, the exhibition presents the technologies required to implement additive manufacturing across a wide range of industries.
A defining characteristic of 3D-TECH is its co-location with complementary exhibitions. The event runs simultaneously with Rosmould (mould and die manufacturing), Rosplast (plastics equipment and materials), and the Techtextile, Techcomposite, Techpolymer cluster. This broader grouping creates a comprehensive manufacturing showcase, linking additive manufacturing directly to conventional production processes. The 2026 edition is scheduled for 16 to 19 June at Crocus Expo, Pavilion 1.
Venue and Scale
3D-TECH is held at Crocus Expo, specifically in Pavilion 1. The venue is located in western Moscow with convenient access via the Myakinino metro station. The modern facilities provide the technical infrastructure required for live demonstrations of 3D printers, including industrial systems that require specific power, ventilation, and material handling capabilities.
The scale of 3D-TECH has grown significantly since its inception, reflecting the rapid expansion of the additive manufacturing market in Russia. The exhibition now occupies dedicated halls within the larger manufacturing event cluster, with separate zones for polymer printing, metal printing, software, post-processing, and materials.
Product Categories
3D-TECH covers a comprehensive range of additive manufacturing technologies and related products:
Industrial 3D Printers: Metal 3D printing systems using powder bed fusion, directed energy deposition, and binder jetting technologies. Polymer 3D printers including selective laser sintering, stereolithography, fused deposition modelling, and multi-jet fusion systems. Large-format printers for industrial applications.
Desktop and Professional 3D Printers: Benchtop systems for prototyping, education, and small-scale production, ranging from entry-level FDM machines to professional-grade SLA and SLS systems.
Materials for Additive Manufacturing: Metal powders (titanium, aluminium, steel, nickel alloys, cobalt chrome), polymer powders (polyamide, TPU, PEEK, PEKK), photopolymer resins (standard, tough, flexible, castable, biocompatible), and filament materials (PLA, ABS, PETG, polycarbonate, composites).
3D Printing Software: CAD/CAM software for additive manufacturing, build preparation and nesting software, support generation tools, simulation software for predicting distortion and thermal effects, and workflow management platforms.
Post-Processing Equipment: Cleaning and depowdering stations, support removal tools, surface finishing systems, vapour smoothing equipment, heat treatment furnaces, and dyeing or colouring systems.
3D Scanning and Reverse Engineering: Handheld and stationary 3D scanners, structured light scanners, laser scanners, photogrammetry systems, and reverse engineering software.
Additive Manufacturing Services: Contract 3D printing services, design for additive manufacturing consulting, prototyping services, and small-batch production.
The Co-location with Rosmould and Rosplast
The simultaneous holding of 3D-TECH with Rosmould and Rosplast creates exceptional value for visitors. These three exhibitions together cover complementary aspects of the manufacturing process:
- 3D-TECH provides additive manufacturing for prototyping, tooling inserts, and low-volume production
- Rosmould provides conventional mould and die manufacturing for high-volume production
- Rosplast provides plastics processing equipment that uses both conventional and additively manufactured tooling
This combination recognises that additive manufacturing does not replace conventional methods but complements them. A manufacturer may 3D-print prototype parts for testing, produce conformally cooled mould inserts using metal 3D printing, and then use those inserts in a conventional injection moulding machine from Rosplast to produce final parts at scale. The co-located format allows visitors to explore all three technologies in a single visit.
Additive Manufacturing in Tooling
One of the most significant applications of 3D printing demonstrated at 3D-TECH is the production of tooling components. Additively manufactured mould inserts with conformal cooling channels represent a major advancement in injection moulding. These channels follow the contours of the part, providing more efficient and uniform cooling compared to conventionally drilled straight channels. The result is reduced cycle times, improved part quality, and lower residual stresses.
Exhibitors at 3D-TECH demonstrate metal 3D printing systems specifically configured for tooling applications. Technical sessions explain the design principles for conformal cooling, the selection of appropriate materials for mould inserts, and the post-processing steps required to achieve the necessary surface finish and dimensional accuracy. Case studies from automotive, consumer goods, and packaging applications show measurable improvements in productivity.
Metal 3D Printing
Metal additive manufacturing is a major focus at 3D-TECH. Industrial metal 3D printers using powder bed fusion technology are demonstrated alongside directed energy deposition systems for repair and large-format applications. Exhibitors include both international brands and Russian manufacturers who have developed domestic metal printing systems.
The exhibition addresses the specific requirements of metal 3D printing, including powder handling safety, inert gas atmospheres, build plate preparation, support structures, heat treatment, and support removal. Technical sessions cover parameter development, process qualification, and quality assurance methodologies for production applications.
Applications for metal 3D printing displayed at 3D-TECH include aerospace components, medical implants (orthopaedic and dental), tooling inserts, heat exchangers, and complex industrial parts that cannot be manufactured using conventional methods.
Polymer 3D Printing
Polymer additive manufacturing is represented across all technology categories at 3D-TECH. Selective laser sintering systems produce durable, functional parts without support structures. Stereolithography systems deliver high accuracy and smooth surface finish. Fused deposition modelling systems offer a low-cost entry point for prototyping and tooling. Multi-jet fusion systems provide high productivity for batch production of polymer parts.
Materials for polymer 3D printing have expanded significantly. Engineering thermoplastics such as polycarbonate, PEEK, and PEKK are available for high-temperature and high-strength applications. Flexible materials enable the production of seals, gaskets, and soft-touch components. Biocompatible materials certified for medical applications are also featured.
3D Scanning and Reverse Engineering
3D scanning is an integral part of the additive manufacturing workflow, and 3D-TECH dedicates substantial space to this technology. Handheld and stationary 3D scanners are demonstrated for applications including quality inspection, reverse engineering, and legacy part digitisation.
Reverse engineering workflows are particularly relevant to the Russian manufacturing industry, where many older parts and tools lack digital design data. Technical sessions explain how to scan physical parts, process the point cloud data, create CAD models, and then produce replacement parts using additive manufacturing. Case studies from aerospace, automotive, and industrial equipment maintenance demonstrate the value of this approach.
Post-Processing and Finishing
The importance of post-processing is increasingly recognised in the additive manufacturing industry, and 3D-TECH reflects this trend. Exhibitors demonstrate depowdering stations for metal and polymer printing, support removal tools, surface finishing systems, vapour smoothing equipment, and heat treatment furnaces.
Technical sessions address the selection of appropriate post-processing methods for different materials and applications. The relationship between post-processing parameters and final part properties is explained, helping visitors understand how to achieve the required surface finish, dimensional accuracy, and mechanical performance.
Software and Workflow
Software is a critical enabler of additive manufacturing, and 3D-TECH features a range of software solutions. Build preparation software arranges parts within the build volume, generates support structures, and optimises orientation. Nesting software maximises the utilisation of build space. Simulation software predicts distortion, thermal effects, and residual stresses, allowing process parameters to be adjusted before printing.
Workflow management platforms track parts from design through post-processing, integrating with enterprise resource planning systems and providing quality documentation for production applications. Technical sessions explain how to integrate additive manufacturing software into existing product development and production workflows.
Visitor Profile
3D-TECH attracts a diverse audience of technical professionals and business decision-makers:
Product Designers and Development Engineers using 3D printing for prototyping and design validation.
Tooling Engineers exploring additively manufactured mould inserts and conformal cooling.
Production Managers evaluating 3D printing for series production of end-use parts.
Medical Professionals including orthopaedic surgeons, dental technicians, and hospital engineers using patient-specific implants and surgical guides.
Aerospace and Automotive Engineers applying metal 3D printing for lightweight components.
Procurement Specialists sourcing 3D printing services or equipment from qualified suppliers.
Academic Researchers and Educators from universities and technical institutes.
Small Business Owners and Entrepreneurs seeking accessible additive manufacturing solutions for prototyping and low-volume production.
Business Programme and Technical Sessions
3D-TECH features an extensive programme of conferences, seminars, and technical presentations:
Technical Presentations on advances in metal and polymer printing technologies, new material developments, and process improvements.
Application Case Studies from aerospace, automotive, medical, tooling, and consumer goods industries.
Software Workshops demonstrating build preparation, simulation, and workflow management tools.
Post-Processing Seminars covering support removal, surface finishing, and heat treatment techniques.
Materials Science Sessions explaining the properties and selection criteria for metal powders, polymer powders, and photopolymer resins.
Roundtable Discussions on industry standards, certification, quality assurance, and workforce development.
Additive Manufacturing in Medicine
Medical applications of 3D printing are a significant focus at 3D-TECH. Exhibitors demonstrate systems and materials certified for medical use, including biocompatible resins, titanium powders for orthopaedic implants, and cobalt chrome for dental applications.
Patient-specific surgical guides, custom implants, and anatomical models are displayed. Technical sessions explain regulatory pathways for medical 3D-printed products, quality assurance requirements, and clinical validation methodologies. The exhibition attracts orthopaedic surgeons, dental technicians, hospital engineers, and medical device manufacturers.
Education and Workforce Development
Recognising the need for skilled professionals in additive manufacturing, 3D-TECH includes a dedicated section for education and workforce development. Universities, technical institutes, and training providers present their programmes in additive manufacturing, 3D design, and materials science.
Student projects are displayed, showcasing the capabilities of the next generation of engineers and designers. Technical sessions address curriculum development, certification programmes, and career pathways in additive manufacturing.
Looking Ahead to 2026
The 2026 edition of 3D-TECH, scheduled for 16 to 19 June at Crocus Expo, Pavilion 1, will continue to expand as the additive manufacturing market grows. The extended four-day format will provide additional time for business meetings, technical sessions, and live demonstrations.
The exhibition will maintain its co-location with Rosmould, Rosplast, and the advanced materials cluster, preserving the comprehensive manufacturing showcase that has proven valuable to exhibitors and visitors. New technology categories, including large-format metal printing and high-speed polymer printing, are expected to feature prominently.
Practical Information for Visitors
- Dates: 16–19 June 2026
- Venue: Crocus Expo International Exhibition Center, Pavilion 1
- Address: 16 Mezhdunarodnaya Street, Krasnogorsk, Moscow Oblast
- Metro Station: Myakinino (Arbatsko-Pokrovskaya Line)
3D-TECH has established itself as the essential event for additive manufacturing in Russia. For equipment manufacturers, it provides access to serious buyers with specific application requirements. For material suppliers, it offers a platform to present new materials to a technical audience. For service providers, it delivers direct contact with potential customers. For end users, it provides a comprehensive view of the capabilities of additive manufacturing technology.
The exhibition’s enduring value lies in its focus on industrial applications. While many 3D printing events cater to hobbyists and makers, 3D-TECH is firmly oriented toward production environments. The technologies demonstrated are capable of producing end-use parts that meet the quality, consistency, and performance requirements of aerospace, medical, automotive, and tooling industries.
Every June at Crocus Expo in Moscow, the additive manufacturing community gathers to demonstrate new systems, share technical knowledge, and build the partnerships that will shape the future of production. 3D-TECH is where the third industrial revolution takes physical form.
