In this case, we introduce Three Elements Timberworks, a wood structure contractor that has successfully simplified its design process using SolidWorks 3D CAD. By leveraging advanced 3D technology, the company has enhanced production efficiency, boosted innovation in wood design, and expanded its capabilities to incorporate other materials like steel and metal components.
**Company Profile**
Located in the Western Rocky Mountains, where wood plays a central role in both structural support and aesthetic appeal, Three Elements Timberworks is a leading local manufacturer of timber structures. The region’s popularity for chalets, driven by its natural beauty and western spirit, has fostered a deep appreciation for wooden architecture. Eric Seelig, the company owner, combines his expertise in wood joinery and framing with modern design techniques to create custom wood structures for residential and commercial projects. As a high-composite, low-volume manufacturer, the company relies on efficient methods to stay competitive.
**Facing the Challenge**
Previously, Three Elements used AutoCAD 2D tools for all their design work. However, as the need for greater efficiency and more complex designs grew, Seelig sought a competitive edge. He decided to transition to 3D CAD, aiming to improve productivity, explore new design possibilities, and integrate other materials into their projects.
**Solution**
After evaluating several 3D CAD systems, Three Elements chose SolidWorks for its user-friendly interface and powerful design features. Since implementing SolidWorks, the company has reduced development time by 20–30%. For example, when a project required an adjustment from a 33.69° to a 32° trim angle, SolidWorks allowed them to make the change quickly—only 20 minutes instead of five days with 2D tools.
**Design Automation for Efficiency**
SolidWorks also enables Three Elements to automate repetitive tasks. They use the software to build libraries of common parts, such as fasteners and brackets, and leverage design configurations to streamline manufacturing. This automation has helped reduce scrap, minimize redundant work, and cut development costs by 50%.
**Expanding Material Use**
Beyond wood, SolidWorks has opened new doors for Three Elements. The company now integrates steel and metal components more effectively, transforming how they approach design. Once hesitant to use steel openly, they now embrace it for both functional and aesthetic purposes, such as exposed railings or fireplace elements. This shift has not only improved their own capabilities but also inspired architects and designers to push creative boundaries.
By adopting SolidWorks, Three Elements Timberworks has not only optimized its workflow but also redefined what's possible in wood construction, proving that 3D design can drive both efficiency and innovation.
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Solar panels capture the sun's energy and convert it into electricity. A typical solar panel is made up of individual solar cells, which are up of layers of silicon, boron, and phosphorus. The boron layer provides the positive charge, the phosphorus layer provides the negative charge, and the wafers act as semiconductors. When photons from the sun hit the surface of the panel, they knock electrons free from the silicon and into the field generated by the solar cell. This creates a directional current that can then be converted into usable power. The whole process is known as the photovoltaic effect A standard solar panel has 36, 60, 72, or 90 individual solar cells.
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