CNC OPTIMISING SAW MACHINE – SM 6

This is an optimization mode based on the smallest remaining wood billet, to make the most of the wood billet. This mode helps businesses maximize raw material savings in production. For example, the image below: After cutting the defect on the wooden bar, the remaining size is 1.1 meters. At this point, you want to mill 2 values of 0.5 and 0.3 meters. The machine will choose to cut into 1 bar of 0.5 meters & 2 bars of 0.3 meters to make the most of the workpiece. wood.

Here, the machine will cut in the order of priority from top to bottom that was previously specified. Specifically: When choosing this mode, the machine will prioritize cutting the workpiece with the longest size, then sequentially the workpieces with the longest dimensions. shorter size at the back until there is no more workpiece to cut, the machine will stop.

The machine will perform cutting in the order of the list. For some non-defective workpieces, this mode can be used. The non-defective material is a long wooden bar with no defective wood loops. The machine takes advantage of calculations to make the most of the workpiece. Just insert the workpiece and let the machine operate. The machine scans and immediately cuts to the embryo.

With the 4th cutting mode, it is possible to set prices for different workpieces in the cutting list. When optimizing, optimize based on the largest value. The machine is equipped with advanced sensors that can determine the chalk line within 1/1000s, read the length of the workpiece, and the position of the workpiece. Wood knots. Therefore, ensure that each measurement is accurate and error-free.

Results of first material scanning: The workpiece has identified defects. The device’s computer is based on the parameters, by the sawing list in the image above. Then, the cutting plan is calculated as shown below. This process is completely automated. After setting the cutting list. The machine user only needs to chalk the position he wants to cut on the wooden workpiece. The calculations behind the scenes, and how to cut the workpiece, are all calculated and automatically processed by the computer.

The machine only cuts according to the position of the drawn luminous tile line, not optimization. Workers mark the wooden joints – faulty wood with luminous chalk lines. Then, the machine’s probe will automatically find the marked position and cut at that exact position. This is a fine cutting mode, eliminating defects in wood without paying attention to the size that needs to be cut.