3d cutting optimizer full#

3d cutting optimizer full#

As the log moves through the scan plane, a full 3D map of the log surface is generated. When logs travel on a sharp chain into the mill, the common scanner configuration mounts 3, 4, or more laser line scanner heads in a ring layout spaced to provide full coverage. The scanner configuration implemented for 3D log scanning depends on the layout of the log transport system. These operations can occur at up to 30 logs per minute, requiring a large amount of data to be collected and analyzed in a short time. The first operation in a mill is cutting logs into semi-finished boards (flitches). This two part blog introduces our chroma+scan and Gocator solutions for sawmills. LMI has pioneered scanning solutions in the wood industry for 50 years. Laser and color scanning provide dramatic improvements in yield and value recoveryВ in all areas of lumber manufacturing. The proven solution to these challenges in wood optimization is to employ 3D laser and color scanning. Nature, however, does not make this an easy task, as every log is different in grade, shape, and species. Pressure on lumber pricing and processing costs demand that lumber manufacturing be done in the most efficient way, extracting the maximum amount of value from every log that enters the mill.

Learn how 3D laser and color scanning is used to optimize wood (logs, boards) in saw and planer mills. LMI blog: Optimization in the wood industry with 3D laser scanning - Part 1 | DVC Machinevision