Model Making Knowledge

Part II: Model Making with Image Model: From Concept to Creation

We received many queries throughout the years about the intricacies of our model-making process and we want to offer you an exclusive look at the behind-the-scenes details. Using our amusement park model that we designed and crafted as a guiding example, we will showcase the transformative journey from concept to creation.

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Part I: Model Making with Image Model: From Concept to Creation

We received many queries throughout the years about the intricacies of our model-making process and we want to offer you an exclusive look at the behind-the-scenes details. Using our amusement park model that we designed and crafted as a guiding example, we will showcase the transformative journey from concept to creation.

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Part II: Image Model's Amusement Park: Explore Our Model-Making Capabilities

In Part I, we introduced the amusement park model we designed and crafted to showcase our model-making capabilities and unveiled the first two attractions, the Ferris Wheel and the Steam Train. Part II continues the journey as we introduce the final pair of attractions: the Teacup Ride and the Merry-Go-Round.

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Part I: Image Model's Amusement Park: Explore Our Model-Making Capabilities

In an effort to provide a glimpse into our model-making capabilities, we've designed an elaborate amusement park model for exploration. Each attraction has been meticulously crafted with specific and intricate details, showcasing the level of precision and expertise we bring to our work. For Part I, we will focus on introducing the Ferris Wheel and Steam Train and highlight the features and design elements employed in their creation.

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Graphic Applications on Non-coplanar Surfaces

Screen printing is commonly used for mass production to achieve optimal quality, but it is limited to flat surfaces and may not be suitable for non-coplanar surfaces or 3D shapes. Therefore, when working on models with non-coplanar surfaces that require extending graphics beyond the flat surface, alternative methods are employed.

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In-House Physical Vapor Deposition Capabilities

With our custom-made in-house PVD equipment, we have the ability to give metallic textures a wide range of captivating colors for both metal and plastic workpieces. Our PVD capabilities extend to various industries, including but not limited to the coating of premium timepieces, metal-textured packaging for cosmetics, eyeglass lens coatings, and more.

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Part II: Logo Design Effects

In addition to the common logo effects introduced in Part I, the following sections will introduce the use of mirror-polished/glossy engraved logos and flat logos. Each picture is linked to a video that showcases the logo effect from different angles.

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Part I: Logo Design Effects

Brand logos are often one of the first things that come to mind when thinking of a brand, as they represent the company's image and values and can significantly impact consumer purchasing decisions. The following sections and an upcoming Part II explore common logo effects used during model-making.

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Part II: Leather and PU Fabric Edge-Wrapping Techniques

Apart from the two edge-wrapping techniques discussed in Part I, front and back wrapping and edge coating, there are three additional techniques for wrapping the edges of leathers and PU fabrics and are typically used in special cases: outer wrapping, edge-to-edge wrapping, and backside overlap wrapping.

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Part I: Leather and PU Fabric Edge-Wrapping Techniques

Wrapping leather or fabric results in the ends meeting at an edge, which exposes the material's inner composition. To address this, different edge-wrapping techniques are used to treat the edges. Leather and PU fabric edge-wrapping is where the unfinished edge seams of the leather or PU fabric are concealed and adhered to improve the product's appearance and durability. Two of the most commonly employed methods for electronic products are front and back wrapping and edge coating.

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