This software as well as its predecessor SawsOptimization program is designed for industrial and planning engineers of sawmill production and is a tool for sawing optimization and achieving the maximum useful output. Modern intuitive web interface reduces the time spent on learning the program and allows you to start working as soon as possible.
The basic functionality of the program is to calculate the optimal sawing patterns based on set line configuration and lumber sizes. The program will select sawing patterns that can be done on the chosen equipment and provide maximum yield or maximum product price. In addition, the algorithm takes into account the allowable lumber wane, board without core, log curvature and ovality.
The program calculates the main economic parameters, taking into account the cost of lumber, sawlogs and production waste. All results can be saved or printed as informative reports. Users can manually edit the patterns and view the sawing pattern in three-dimensional format.
The service will help you to find the optimal sawlog parameters. Select the sawing pattern you need, set the log parameters, and the system will calculate the best diameter and the range of optimal diameters for efficient sawing.
SaaS (Software as a Service) distribution model allows you to get the functionality updates without having to purchase and install a new version. All data is archived daily and a computer breakdown will not lead to their loss, just log in on another computer and continue working. You are also not tied to any particular operating system, our software works on any of them: Windows, OS X, Linux, macOS, BSD and Android. All you need is a modern version of the browser and Internet access.
Subscription allows several users to work simultaneously. Calculations can be performed both by one user or by several employees, in this case the comfortable work can be organized due to a flexible system of rights and joint access.
Register on the program website and get a free trial subscription. The service is available at: https://milllab.a-vektor.com/
