Assemble Your Information

In order to acquire geometry, 3D scanning services attach markers to real-world objects in order to collect structed light data. The raw mesh visualization can be turned into a fully working digital 3D model from this data. For conceptual purposes, 3D renderings can be displayed with astounding precision or used for editing, moving and manipulating in CAD software.

3D scan data before post-processing is a collection of data points obtained through triangulation from blue light laser scanners that each correspond to a target in the real world. The object's concept is depicted in a mesh, however this mesh can't be changed by the user.

It is possible to cycle, stretch, and rotate this digital shape virtually thanks to the 3D rendering process, which transforms this structured light data. Using CAD software and 3D printing for a real-world product concept, rendering is extremely effective for gathering exact data points such as ID, OD, and other measurements.

Using 3D Rendering to Create Accurate Models of 3D Systems

Post-processing your data improves functionality and gives your team the freedom to start working on the designs you need the most right away. Your team.

Measurements

Your scan data can be rendered to produce high-resolution models that are accurate in terms of both volume and dimension. In order to accurately measure ID, OD, and many other surface data points before they're manufactured, real items can be used. This is especially useful for large-sized things or microscopic pieces that are more expensive to fabricate for testing.

Enhancement

We speed up the design and production process by optimizing your rendering for CAD efficiency. High-resolution models for a wide scope of industries and company use cases are produced by filling in all of the scanning area's holes and inconsistencies with precision.

Isolation

A 3D scan file that has been post-processed can be used to separate the data you need for your project, freeing up space while also improving accuracy.

Compression

Depending on the amount of data and the quality used, 3D scanning files can grow to enormous volumes. Compression minimizes file sizes while maintaining the essential elements of the capture rendering and their accuracy, resulting in improved hardware and software performance.

Are There Any Tips for Getting Your Models in Shape?

Using our handheld 3D scanners, our professionals can capture your project on-site, and the blue light laser they employ gathers up everything in its path.

3D scanning services always include basic digital clean-up of the data captured, but rendering is the only way to completely optimize your model.

For exact measurements, your team can utilize post-processing to smooth out any irregularities and fill in any holes in the image.

The answer to this quest is a resounding yes.

It's all up to you and your data's intended use! Some of our shoppers use a 3D mesh to show off their customers or investors only conceptual concepts that are devoid of most of the finer details.

A 3D model is an excellent tool for showcasing a new product before it is released to the public. A mesh file is ideal for most people if this is the primary goal of your 3D scan data.

When using CAD technology to optimize or edit 3D scan data, rendering is essential to extract the relevant features and measures needed for quality feedback.

Because of the high file sizes required in desktop 3D rendering, rendering 3D scan data is frequently the most time-consuming procedure for our designers. However, the results are smooth, precise, and extremely detailed. Prototypes might be too expensive to manufacture in the medical industry.

Is it Possible for Me to Process My Own

Definitely! Tangent Solutions 3D scanning services produce STL or OBJ files that are ready for rendering. The raw mesh data can also be released, however, rendering software is required to deal with the mesh file in this manner. Geomagic Design X and Fusion 360 are two examples. Our 3D laser scanner comes with VXElements software, which we may utilize to render your data.

The advantages of model rendering can be summarized as follows:

Using 3D product scanning in conjunction with model rendering is the best way to reverse-engineer and re-design products.

By rendering your 3D point cloud data, you may construct fully functional 3D models. You can then experiment with CAD tools with this 3D rendering by adding to, updating, and making changes to it.

A 3D model is an excellent tool for showcasing a new product before it is released to the public. A mesh file is ideal if this is your scanning strategy.

Processing data from 3D scanners takes time, but the end result is an extremely smooth and detailed 3D model.

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