Salve! Welcome to the EMAR company website!
Focused on CNC machining parts, metal stamping parts, and sheet metal processing and manufacturing for over 16 years
Germany and Japan's high-precision production and testing equipment ensure that the precision of metal parts reaches 0.003 tolerance and high quality
mailbox:
Quomodo abnormalis situationes solvit in quinque axis machinationis CNC?
Posicio tua: home > news > dynamics industriae > Quomodo abnormalis situationes solvit in quinque axis machinationis CNC?

Quomodo abnormalis situationes solvit in quinque axis machinationis CNC?

Release time:2024-11-24     Number of views :


quinque axis CNC machinatura est bona tecnologia CNC machinaturae quae duas axes rotationis (normale A-axis et C-axis) addunt super tres axis machinaturae CNC, maxima expandentes machinaturas et flexibilitates. When encountering abnormal situations during the five axis CNC process, the following measures can be taken to solve them: 1. Analyze the cause of the abnormality: First, it is necessary to determine the specific situation of the abnormality, such as the occurrence of taper and small head phenomenon in the workpiece, unsatisfactory machining arc effect, insufficient size, increase or decrease in each process of the workpiece, or short tool life. Then, in response to these abnormal situations, analyze possible causes such as poor horizontal adjustment of the machine tool placement, resonance caused by overlapping vibration frequencies, programming errors, or unreasonable system parameter settings. @0002. Check equipment status: Conduct a detailed inspection of machine tools, cutting tools, fixtures and other equipment to ensure that they are in good condition and not severely damaged or worn. At the same time, check whether the cutting fluid, lubricating oil, etc. are sufficient and whether they need to be replaced. 3. Adjust equipment parameters: Based on the cause of the abnormality, adjust equipment parameters such as cutting speed, feed rate, cutting depth, etc. to ensure stable and efficient machining process. 4. Optimizatio programationis et percursa: In cases of programming errors or unreasonable system parameters, reprogramma or adjust system parameters. At the same time, optimize the machining path to reduce unnecessary movements and pauses during the machining process, and improve machining efficiency. 5. Maintenance: Regular maintain the equipment, such as cleaning, lubrication, fastening, etc., to ensure long-term stable operation of the equipment. At the same time, regularly replace vulnerable parts such as cutting tools, fixtures, etc., to avoid equipment failure due to severe wear and tear. 6. Alarm handling: In response to common alarm situations in the CNC system of a five axis CNC Machining center, such as poor contact between the power line cut and the electromagnetic contact or, or faults in the wiring or I/O unit used for confirming the contact of the electromagnetic contactor, appropriate measures should be taken based on the alarm prompts, such as replacing the electromagnetic contactor, wiring, or I/O unit. 7. Ascendere adiutorem professionalem: Si supra mensuras problemam solvere non possunt, potestis quaerere adiutorem professionalem personelam, sicut personelam assistionis technique ab fabricatores instrumentorum machinarum aut personelam servitutis machinarum. They can provide more detailed solutions based on specific situations.

Quomodo abnormalis situationes solvit in quinque axis machinationis CNC?(pic1)