Silo Software provides 3D model creators with a focused toolset for creating realistic and practical designs. While the control of object visibility and manipulation can use some updates for complex designs, it provides base meshes and UV maps which makes it a strong choice for professional 3D artists.
Silo Software Specifications
Multi-Format Import/Export
Cross-Platform Compatibility
3D Modeling and Rendering Capabilities
What Is Silo Software?
Silo software is a specialized 3D modeling application which is focused on creating detailed polygonal models and UV maps. The platform is designed to simplify the base mesh creation process for artists working in game development, animation, and digital sculpting. The software offers a clean interface and tools that support efficient modeling and texture preparation. Silo software features help to connect with popular sculpting programs and game engines, that help artists maintain a productive workflow across 3D asset creation.
Silo Software Pricing
The Silo Software cost breakdown includes the following options. Milo software comes from the same parent company:
- Free Trial: $0
- Silo software + Milo software: $159
Disclaimer: The pricing is subject to change.
Silo Software Integrations
Silo software integrates with the following apps and platforms:
- ZBrush
- Mudbox
- Milo
Who Is Silo Software For?
Silo software serves a variety of creative professionals and industries, including:
- Game developers
- Product designers
- Animators
- Architects
- Educators
Is Silo Software Right For You?
Looking for fast, focused 3D modeling software? Silo is designed for artists who need efficient base mesh creation and precise UV mapping. It integrates seamlessly with sculpting tools and game engines, making it perfect for game development, animation, and product design. With its powerful features and intuitive workflow, Silo is a trusted choice for creative professionals.
Still unsure about Silo? Contact our support team at (661) 384-7070 for further guidance.
Silo Software Features
This feature allows users to build 3D models starting from simple shapes that can be refined by moving vertices, edges, and faces with precision. The software supports adding complexity through operations such as extruding surfaces, beveling edges, and bridging polygons. This approach supports both low-polygon models for basic forms and detailed meshes suitable for further sculpting or animation.
See How It WorksThe software provides tools to move, rotate, and scale parts of a model accurately, helping maintain control over the design. Symmetry features enable users to copy changes across one or more axes, which is useful when working on objects that require balanced or mirrored details. Edge sliding allows repositioning of edges while keeping the overall shape intact, assisting in refining the model without distorting surfaces.
See How It WorksSubdivision surface modeling in Silo divides polygon faces into smaller segments, allowing for the creation of smooth, organic shapes. Users can control the subdivision level to find the right balance between visual detail and performance, which is essential for handling complex models. Crease weighting preserves sharp edges on selected areas, ensuring that key design features remain intact even after smoothing.
See How It WorksSilo Software includes selection options such as loop and ring selections that allow users to quickly select continuous edges or faces around a model. Grow and shrink commands help expand or reduce the selection area step by step, which is useful for working on detailed parts of a mesh. The lasso selection tool offers freeform selection by drawing around irregular shapes, providing flexibility to choose specific components.
See How It WorksThe UV mapping tools use Least Squares Conformal Maps unwrapping to create UV layouts that reduce distortion and improve texture accuracy. Pinning specific UV points during unwrapping helps keep important areas aligned, ensuring textures fit correctly on complex surfaces. Support for multiple UV channels allows assigning different textures or material layers to the same model, which is helpful for detailed texturing in game development and animation.
See How It Works