The use method of the laser cutter mold cutlass

Laser cutting die is a kind of die cutting die, which is mainly used for printing, packaging and electronic materials die cutting industry. Next, for you to explain the use of laser cutter mold cutlass.

Adjustment of the old mold: basically the old mold is installed on the machine tool tip edge alignment can be. If the size and thickness of the tool tip of the mold are different, the clamping part and the force plane are uneven, the force plane to the size of the tool tip are different, the plane is bent, and the overall straightness is inconsistent, it must be reprocessed and polished.

The inspection of new molds is generally simplified and mainly tested in three aspects:

First: put the mold flat on a plane to test whether the plane is bent. Generally, bending 0.2mm~0.3mm is not a big problem. It can be clamped on the machine tool. Test Method 2 Rotate the mold lightly and the bend will rotate. Both methods examine both sides of the mold, better with a feeler gauge.

Second: test the contour of the mold, use the vernier caliper to measure the force plane of the mold to the size of the tool tip, allowable error 0.03mm.

3: will pay mould installed on the machine to check the whole mould blade straightness are consistent, the method is to use the hand touch two mould tapping blade in two planes and point, if feel flush, then try to fold a tong long plate to see two moulds by folding the location of the joint are coining and fold out Angle and straightness. The above is the inspection and detection of the bending machine mold method.

Inspection and testing of lower die:

The first: and the upper mold 1, 2 detection is the same, but the lower mold bent, can not be corrected on the machine tool

Second: use the square to detect whether the four planes are vertical, use the Angle ruler to detect the Angle of the V-groove, V-groove from the center to the edge and the size of the notch in no special requirements, there is no detection, after all, there is no much error in production, the maximum ±0.15mm.