If the label position is off, use the three-step calibration method to quickly adjust it.

If you have a problem with the location of your serial number offset, we offer a three-step calibration method to help you quickly correct the problem.This is suitable for production line operators and equipment maintenance personnel, who can achieve precise marking through simple operations, avoiding material waste and loss of efficiency.

Why are your shots always off target?

Many of our friends have encountered this situation on the production line: even though the equipment settings haven ’ t changed, the serial numbers suddenly start printing crooked. Not only does the wasted paper cost money, but the time spent reworking the product slows the production schedule.In fact, most of the time the machines aren't broken, they've just drifted out of alignment after running for a long time.The three-step calibration method we're going to tell you about today requires no disassembly of the machine and no specialist knowledge.

Preparations for calibration.

Don't rush to adjust the parameters, because doing these two things will make the task much easier.

Check the status of the equipment.

Shake the headstock to see if it wobbles.The last time I came across a problem like this, the operator adjusted the parameters for half a day before discovering that a screw had loosened by a half turn.

Clean the positioning sensor.

Dust can build up on the infrared window, causing the signal to fluctuate in strength. This is particularly true in environments where there is a lot of dust in the air.

Three steps to calibrate the core operation.

Step 1: Establish a baseline.

Put a piece of transparent tape on the feed platform and manually trigger the printer to stamp.At this point you will see the direction of the difference between the actual and intended positions of the punctuation marks, and you will mark this with an arrow, as in shooting, you must first see where the bullet lands.

Step 2: Adjust the coordinates.

Go to the System Setup and find the "X / Y axis compensation value," and adjust by no more than 0.3 mm at a time.Here's a little trick: Press the direction keys with your left hand and keep your right hand ready to press the "undo" key.

Step 3: Dynamic testing.

Twenty test samples are made from the same batch of material, and the first, tenth, and twentieth positions are carefully observed.A lot of equipment is unstable when it first starts up, and only the data after it has been operating continuously is reliable.

Tips for daily maintenance.

If you spend five minutes a week on these things, you can reduce the problem of misalignment by 90 %:

• Apply some lithium grease to the guide rails (don't use butter, which attracts dust).

* Check the air hose for leaks.

Store commonly used parameters as default templates.

The last time, Master Wang from the food factory did as I suggested, and there were no more batches of defective goods for half a year.Remember, just as with people, equipment needs regular "physicals" to stay in good condition.