An architectural model isn\u2019t just a scaled-down copy of a building. It\u2019s a communication tool between the architect, the client and the investor. Traditionally, making a model took weeks of handwork, but 3D printing has completely changed how architectural models are made<\/strong>. Today architecture firms and design studios in Lviv and across Ukraine are actively bringing additive technologies into their workflow.<\/p>\n 3D printing solves several critical problems architects face when preparing projects:<\/p>\n At the early stages of design, an architect needs to visualise the overall idea quickly. Concept models are printed without fine details \u2014 only the volumes, proportions and massing matter. These models are usually monochrome, in white, and print in a few hours. It\u2019s the perfect way to see how a building will look in its surroundings.<\/p>\n For final presentations and exhibitions, highly detailed models are made. A scale of 1:100 or 1:200 makes it possible to reproduce window frames, railings, roof elements and even facade texture. Such models are often painted and completed with landscape elements.<\/p>\n 3D printing is excellent for reproducing complex terrain. Topographic data is turned into a three-dimensional model that accurately shows changes in height, slopes and natural contours. It\u2019s an indispensable tool for housing estates, parks and sites on difficult terrain.<\/p>\n Interior models with an open roof or removable floors let the client look inside the building. They show the layout, furniture arrangement, ceiling heights and lighting solutions clearly.<\/p>\n The choice of 3D printing material<\/a> significantly affects how the model looks and how long it lasts:<\/p>\n For some projects, clear PETG is also used \u2014 for example, to imitate glass facades or to show the interior through the walls.<\/p>\n The choice of scale depends on the purpose of the model and the size of the real building:<\/p>\n It\u2019s important to keep printing limits in mind: small features thinner than 1 mm may not reproduce well. At small scales it\u2019s worth simplifying the geometry while keeping the building\u2019s overall character.<\/p>\n Let\u2019s compare additive technology with classic model-making approaches:<\/p>\n In practice, a combined approach gives the best results: the main structure is 3D printed, and landscape elements, trees and small decor are added by hand. The same method is widely used in 3D-printed prototypes for business<\/a>.<\/p>\n A printed model is rarely left as it is. The main post-processing stages:<\/p>\n Good post-processing turns a printed model into a professional presentation model that\u2019s indistinguishable from the work of specialised model-making studios.<\/p>\n Ordering a 3D-printed architectural model is simple and clear:<\/p>\nWhy architects choose 3D printing for models<\/h2>\n
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Types of architectural models made with 3D printing<\/h2>\n
Concept models<\/h3>\n
Detailed scale models<\/h3>\n
Terrain and landscape models<\/h3>\n
Interior models<\/h3>\n
Which materials are used for architectural models<\/h2>\n
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Scale: how to choose it<\/h2>\n
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3D printing vs traditional methods: which is more effective<\/h2>\n
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Post-processing and painting architectural models<\/h2>\n
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How to order an architectural model<\/h2>\n
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