• Own hundreds of industrial-grade 3D printing equipment, covering multiple well-known brands and types

  • Provides more than 50 printing materials to meet the performance and appearance requirements of different scenarios

  • Able to provide comprehensive "design and manufacturing" services from design to manufacturing

  • We have reached cooperation with well-known enterprises and universities in many fields and have rich service experience

  • Rather than relying on a single 3D printing process, it combines multiple processes with three-dimensional digitalization.

  • Covering core application scenarios in multiple industries, with strong applicability
    • Product List
  • Demonstrating a 3D printed lunar space station model

    Demonstrating a 3D Printed Lunar Space Station Model — Experience the future of space exploration with a highly detailed 3D printed lunar space station model, designed for educational, exhibition, and research purposes. This model accurately replicates habitation modules, docking ports, solar arrays, and scientific laboratories, providing students, educators, and space enthusiasts with a hands-on visual learning tool. Crafted from durable, non-toxic materials, it is ideal for STEM classrooms, museums, and aerospace workshops, allowing users to explore lunar base architecture, sustainable habitat design, and interplanetary module layout safely. Customizable in scale, finish, and labeling, this 3D printed model combines technical accuracy with interactive educational value, making complex lunar engineering concepts accessible and engaging.

  • High-precision 3D printed rocket engine model display piece

    High-Precision 3D Printed Rocket Engine Model Display Piece — Showcase the intricacies of rocket engineering with a high-precision 3D printed rocket engine model, designed for educational, exhibition, and professional display purposes. This meticulously crafted model accurately replicates the combustion chamber, nozzle, turbopumps, and fuel lines of a real rocket engine, offering students, engineers, and space enthusiasts a hands-on learning and visual demonstration tool. Made from durable, non-toxic materials, it is ideal for STEM classrooms, museums, and aerospace workshops, allowing users to explore rocket propulsion principles, structural design, and component functionality safely. Customizable in scale, labeling, and finish, this 3D printed display piece combines technical accuracy with interactive educational value, making complex aerospace concepts accessible and engaging.

  • High-detail 3D printed space station module model

    High-Detail 3D Printed Space Station Module Model — Explore the intricacies of space engineering with a high-detail 3D printed space station module model, designed for educational, exhibition, and professional demonstration purposes. This meticulously crafted model replicates the structural components, docking ports, solar arrays, and internal module layouts of real space stations, providing a hands-on learning experience for students, educators, and space enthusiasts. Made from durable, non-toxic materials, it is ideal for STEM classrooms, museums, and aerospace workshops, allowing users to study space station architecture, engineering principles, and orbital module connections. Customizable in scale, finish, and labeling, this 3D printed model combines visual accuracy with interactive educational value, making complex space concepts accessible and engaging.

  • 3D printed missile model for science education

    3D Printed Missile Model for Science Education — Enhance STEM learning with a safe, non-functional 3D printed missile model designed specifically for classrooms, museums, and educational workshops. This highly detailed, scale educational replica accurately demonstrates external aerodynamics, structural components, and systems layout for teaching purposes without any propulsion or operational capability. Made from durable, non-toxic materials and available in modular, easy-to-assemble sections, the model supports hands-on activities such as measurement, airflow demonstration, and labelled disassembly for guided lessons. Customizable in scale, finish, and instructional labeling, these models meet school and museum safety standards and provide an engaging, visual tool to help students explore aerospace engineering, physics, and materials science.

  • Simulation 3D printed aircraft engine model

    Experience the precision and engineering of modern aviation with simulation 3D printed aircraft engine models, designed for educational, professional, and exhibition purposes. These models replicate intricate components such as turbine blades, combustion chambers, and exhaust systems, providing a highly detailed and accurate representation of real aircraft engines. Ideal for engineering students, aerospace professionals, and museum displays, 3D printed engine models allow hands-on exploration of engine structure and mechanics. Customizable in scale, material, and color, they enhance training, demonstration, and design visualization, making complex aerospace concepts accessible and visually engaging for all audiences.

  • The exhibition displays 3D printed tank models

    Showcase the precision and detail of military engineering with exhibition displays of 3D printed tank models, designed to impress enthusiasts, collectors, and educational audiences alike. Each model is crafted using high-precision 3D printing technology, capturing intricate components such as turrets, tracks, and weapon systems with remarkable accuracy. Ideal for museums, trade shows, military exhibitions, and educational demonstrations, these tank models provide a realistic and durable representation of historical and modern armored vehicles. Customizable in scale, color, and design, 3D printed tank models allow for personalized collections, interactive displays, and hands-on learning experiences, making them a compelling addition to any exhibition.

  • 3D Printing Aerospace Design Concept Models

    Bring your aerospace concepts to life with 3D printing aerospace design concept models, offering precise and detailed representations of aircraft, spacecraft, and aviation components. These models are ideal for engineering prototypes, design validation, and presentation purposes, allowing designers and engineers to visualize complex structures before full-scale production. Leveraging high-precision 3D printing technology, each model can be customized in scale, material, and color, ensuring accurate representation of aerodynamic surfaces, internal components, and structural elements. Perfect for aerospace companies, educational institutions, and exhibition displays, these concept models accelerate design development, enhance communication, and provide a tangible understanding of innovative aerospace solutions.

  • 3D printed customized desk decoration

    Enhance your workspace with 3D printed customized desk decorations, combining functionality and personalization to create a unique and inspiring environment. These desk accessories include pen holders, organizers, miniature sculptures, nameplates, and decorative accents, all tailored to your preferred design, color, and size. Using high-precision 3D printing, each piece is crafted with intricate details and durable materials, ensuring both aesthetic appeal and long-lasting use. Ideal for home offices, corporate desks, and creative workspaces, 3D printed customized desk decorations offer a stylish and practical way to express personality while improving organization and workspace ambiance.

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    Product model making

    The core advantages of 3D printing for product model production are speed, flexibility, and high precision. It can efficiently realize the transformation from design drawings to physical models, and is particularly suitable for prototype verification and customization needs.

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    Industrial model making

    The core value of 3D printing industrial model production is to restore the structure of industrial products with high precision, taking into account both functional testing and production feasibility verification, and providing efficient support for industrial R&D, production and supply chain links.

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    About Us

    Shanghai Dieke Technology Co., Ltd., founded in 2025, specializes in 3D printing application services, integrating 3D digitalization with various processing technologies. The company is committed to providing clients with comprehensive application solutions based on additive manufacturing concepts and a variety of advanced processes.

    Located in Minhang District, the company boasts numerous 3D printing machines, including hundreds of industrial-grade equipment, including HP, Farsoon, and EOS nylon equipment, Polylite and Hanbang metal equipment, imported Stratasys full-color equipment, Yuanzhu industrial-grade FDM equipment, Liantai resin equipment, British AMT nylon post-processing equipment, and high-precision optical scanners. The company offers over 50 printing materials, including resin, nylon, metal, full-color, red wax, FDM, and TPU. Dieke is a provider of professional "design and manufacturing" comprehensive solutions and customized mass printing services, offering rapid customer service.


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    News Center

  • How 3D Printing is Revolutionizing Product Model Making

    10/15

    3D printing, also known as additive manufacturing, is transforming product model making by providing unprecedented levels of precision, customization, and speed. In traditional manufacturing, creating prototypes and models often involves complex tooling, molds, and lengthy processes that can be costly and time-consuming. However, with 3D printing, designers and manufacturers can rapidly prototype, test, and iterate product models directly from digital designs, significantly reducing production time and costs. This innovative technology allows for the creation of intricate designs that would be impossible or prohibitively expensive using traditional methods. Whether for prototyping in industries like automotive, aerospace, or consumer goods, 3D printing is reshaping how product models are made, tested, and brought to market.

     How 3D Printing is Revolutionizing Product Model Making

  • How 3D Printing is Transforming Industrial Model Making

    10/15

    3D printing has rapidly emerged as a game-changing technology in industrial model making, reshaping the way engineers, designers, and manufacturers approach prototyping, product development, and production. By allowing for the rapid creation of precise, customizable models, 3D printing has significantly reduced the time and cost traditionally associated with model making. Industries such as aerospace, automotive, and consumer goods are embracing 3D printing to produce highly complex and functional prototypes, offering greater flexibility and efficiency compared to conventional manufacturing methods. This article explores how 3D printing is revolutionizing industrial model making and the advantages it offers over traditional approaches, including faster production times, cost savings, and the ability to create intricate designs that would be difficult or impossible to achieve using traditional methods.

     How 3D Printing is Transforming Industrial Model Making

  • How 3D Printing is Revolutionizing Mechanical Model Making

    10/16

    3D printing has rapidly become a game-changer in the field of mechanical model making, offering unprecedented flexibility and precision in design and production. By using additive manufacturing, engineers and designers can now create intricate mechanical models with complex geometries that would have been impossible or costly using traditional methods. The ability to rapidly prototype, test, and modify designs with high accuracy has revolutionized the way mechanical models are conceived, making the entire process faster, more cost-effective, and highly customizable. In this article, we will explore how 3D printing is transforming mechanical model making, its advantages, and how it is shaping the future of engineering and design.

     How 3D Printing is Revolutionizing Mechanical Model Making

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