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Project Century
We bridge the gap between the century old technological foundation and the modern day technological demand trough reverse engineering and state of the art 3D printing manufacturing solutions.
Our Strengths
- -1-High-Tech IntegrationLeveraging additive manufacturing to create tangible physical assets.
- -2-Precision Driven ApproachEvery project is engineered to the micron and calculated to the cent.
- -3-Contrasting SolutionsCombining fundamental stability with the agility of a tech startup.
About company
We deconstruct complex processes to build superior products while eliminating waste and bringing efficiency to the levels never seen before in mass production.
Our Presence in the Global 3D Printing Community
- Active in the Global 3D Printing CommunityOur team actively contributes to the global additive manufacturing ecosystem.
- Sharing 3D Models and Engineering Expertise WorldwideOur engineers and designers regularly publish, share, and maintain 3D models, technical concepts, and printable designs across leading international platforms used by makers, engineers, and manufacturing professionals worldwide.
- Connected to Real-World Additive Manufacturing PracticeThrough these platforms, our specialists exchange experience, validate ideas with the community, and stay closely connected to real-world applications of additive manufacturing technologies.
Products
News
Our Partners
Platforms where our team is actively represented
Our team publishes open and community-oriented 3D models, functional parts, and experimental designs, contributing to one of the world’s largest repositories of printable models.
Selected models are shared on MyMiniFactory, focusing on print-ready, validated designs that meet quality and usability standards.
We participate in the designer-driven ecosystem of Cults3D, sharing both free and premium design concepts with the global maker community.
Our engineers maintain profiles on Printables, publishing practical and engineering-focused models with detailed printing parameters and documentation.
We share CAD and engineering-grade models on GrabCAD, supporting collaboration with professional engineers and industrial designers.
Sketchfab is used to showcase selected models in interactive 3D format, enabling visual inspection and presentation without file downloads.
High-detail and presentation-oriented models are published on CGTrader for professional visualization, prototyping, and commercial use.
Where 3D Printers Are Used
From rapid prototyping to full-scale manufacturing across industries
Industry & Manufacturing
3D printers are widely used in industrial and manufacturing environments for producing prototypes, spare parts, and tooling. This technology helps reduce product development cycles, optimize costs, and validate designs before full-scale production.
Architecture & Design
In architecture and design, 3D printers are used to create physical models of buildings, interiors, and urban concepts. They allow architects and designers to present highly detailed and accurate representations of projects, improving communication with clients and stakeholders.
Medicine & Healthcare
In medicine and healthcare, 3D printers are used to produce anatomical models, surgical guides, medical devices, and custom components for clinical and laboratory applications. 3D printing supports treatment planning, education, and research by enabling precise and patient-specific solutions.
Education & Scientific Research
Educational institutions and research centers use 3D printers as essential tools for hands-on learning and experimentation. They help students, educators, and researchers turn ideas into physical models, prototypes, and experimental structures across engineering, science, and design.
