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We provided Roof Trusses, Floor Trusses, Wall Panels, and LVL systems for single-family, multi-family, residential, and commercial construction projects.
Wood Detailing
Wood detailing is an important issue in preparing a building for construction. Proper detail planning assists designers greatly in reforming the building, as well as making the production and installation process much easier and neater. In the digital age, such planning is essential to enable the transfer of digital data to digital fabrication machines
Trusses
Trusses are a structural system that combines straight short elements grouped as nodes and edges to build a big, triangulated beam structure. These beam systems can support wide spans and heavy loads. It employs a variety of force transfer methods, including compression and tension, to provide the structure the ability to behave similarly to a beam. Trusses are typically used to lift the roofs of large span buildings, and they can also be seen in civil structures, particularly bridges
Joints
Wood details are used in all construction elements, from roofing to flooring, wall framing to cladding surfaces, thus it is critical to understand how these wood parts interact with other materials at corners, sides, and layers. The most significant aspect is how the wood interacts with other wood components from the same family. In this section, we are experimenting with how wood works in nodes. To clarify, nodes are points where wood members connect at the same origin. The plate method is the safest option, but cutting corners and defining angles is a difficult step, especially when working with remote parameters in design that drive sizes and angles up and down
Plates
Plates are steel pieces that reinforce connections between wooden parts. Using a number of bolts, and occasionally the angle of the steel plate.
Cold working is a manufacturing process that involves shaping materials, typically metals, at room temperature. This is in contrast to hot forming, in which the material is heated to a high temperature before being shaped. Cold forming can be used to create a wide range of shapes and sizes, and is often used to produce parts with high strength and precision.
There are several methods that can be used for cold forming, including forging, rolling, and stamping. In forging, the material is shaped by applying pressure to it using hammers or presses. In rolling, the material is passed through a series of rollers to shape it. Stamping involves the use of dies and punches to shape the material.
Cold forming has several advantages over hot forming, including the ability to produce parts with high strength and precision, as well as reduced energy consumption and lower production costs. It is commonly used in the manufacturing of a wide range of products, including automotive parts, aircraft components, and construction materials.
