Furniture is constantly developing and innovating with the pace of the times. Nowadays, there are many categories, different materials, complete varieties, and different uses. It is an important foundation for establishing a working and living space. The patterns on the furniture are manually carved with one knife and one knife, which takes a long time. In the later mass production, three-dimensional scanning technology can be used to obtain data for engraving and printing, which speeds up production and improves production quality.

Practical problems

There are carved patterns on the surface of the furniture to increase the value, with more texture features, large format and vivid carved images, so there are high requirements for scanning.

Furniture scene scan map

Using traditional mass production using traditional manual engraving methods, it is difficult to achieve the same texture of the carved patterns, and it takes too long and labor costs are high. This production method is difficult.

Furniture scene scan map

Holon solutions

Holon 3D engineering and technical personnel brought the new 3D scanner HOLON751 equipment to the customer site to do scanning demonstrations. Use a handheld three-dimensional scanner to scan the furniture in all directions to obtain high-precision data through marking points. This scanner has fast scanning speed, high accuracy and strong stability, and the operation process is flexible and convenient. It has a fine mode, which is very suitable for scanning objects with engraved patterns and accurately scans the details. It is compact and easy to carry.

Furniture Scanning STL Data Map

Furniture Scanning STL Data Map

The scanned data is imported into the software for processing optimization, reverse modeling, and secondary development is possible. Corresponding transformations can be made according to the scanned data to enhance various functions and provide customers with solutions.

Furniture Scanning STL Data Map

Furniture Scanning STL Data Map