3 Poor cutting accuracy. So read on and learn how to troubleshoot laser engraving problems like a pro. When working, a complete curve has a small distance to jump over without cutting, also known as jumping light. If the shaft isn't moving during processing, it's likely due to a broken driver or loose transmission mechanism. To avoid the material waste. The following solutions can be classified into two categories: increasing the laser power or reducing the focus spot size. I discovered this trick when a client wanted a large order of wooden coasters with a Celtic knot designed burned into them, but they had a limited budget.
Format the computer system disk and reinstall the software to test. This process creates a raised mark on the surface of the metal. Inconsistent cutting size. Computer operation is correct. The trouble with this is that although it looks like there in only one line on the overlapping side, the computer still sees 2. Laser engraving is no exception.
The graphic size is too large or too small. The masking tape won't decrease the power of the laser much (bump up the power a bit if you feel it needs it) and the masking tape will protect the material around the engraving from the smoke. Can't connect to the device. The ammeter will give you a reading that will tell you whether the machine is working properly. The emergency stop switch has been activated. The Thirteenth Problem: After Using BMP CorelDraw Crochet PLT Graphics and BMP Images Can Not Be Aligned. Question 10: The parameter settings in the "Advanced Settings" of the laser engraving machine are invalid. It is often used to produce deeper and aesthetic markings such as logos, stamping plates, and mold inserts. Publish Time: 2021-07-17 Origin: Site. Dislocation of non-feed cutting.
The firing is normal, which means there is no fault in the power supply, and the firing is abnormal, which means that there is something wrong with the power supply. The Fifth Problem: Laser Engraving Missing. First, inspect that all of the screws on the machine are tight. This may be because the power of the laser beam is too low or because the focus is not set correctly.
To diagnose the problem, it is recommended to first check if the laser power source is properly energized. The motor is malfunctioning. The machine often shakes violently when it is moving.
Renew or reinstall the memory. If there is no wiring damage, you should replace the sensor. Computer and the laser engraver should use the same electrical outlet to avoid any potential difference. While you may not have either of these exact models, the errors in this guide will still apply to your laser machine if it uses a Ruida controller. Additionally, the lens of the laser may need to be cleaned or, if using the Zing 24, the mirror may need tightened.
Cause: While a job is sent to the machine, it does not contain any actual data for it to work with. The X-axis motor and pulley fastening screws loose, then tighten the screws. If this occurs, it is important to first check if the 48v or 42v DC switching power supply is functioning properly. Scroll down to "Vendor Settings" and click the down arrow. Returning to the origin when starting the machine, and moving in the opposite direction. Choose the right type of laser. First, it's important to choose the right material.
Cause: The laser may be overheating. At this time, it is necessary to increase the working current, but not exceed the maximum working current of the laser tube, otherwise the laser power will drop instead, 1. Check whether the flexible data cable is in poor contact or damaged.