0627-AGV Cart Magnetic Navigation Sensor Bracket - Aiskywing Industrial 3D Printing Showcase

AGV小车磁导航传感器支架生产记录

AGV Cart Magnetic Navigation Sensor Bracket

生活的每一步都在考验我们的坚持。就像最近有人通过YouTube找上我，希望制作一款AGV小车磁导航传感器支架，解决他们生产中的问题。

Every step in life tests our perseverance. Recently, someone reached out to me through YouTube, hoping to create a magnetic navigation sensor bracket for an AGV cart to solve their production issues.

Every step in life tests our perseverance. Recently, someone reached out to me through YouTube, looking to create an AGV car magnetic navigation sensor bracket to solve a problem in their production.

We chose SLS flame-retardant nylon as the raw material. This material has good heat resistance and flame retardancy, reaching a V0 fire rating. The printer used was an Xjet, with printing parameters set at a layer thickness of 0.1mm, nozzle temperature at 190°C, power set at 80W, speed controlled at 30mm/s, and an estimated printing time of about 4 hours and 30 minutes.

During the printing process, the Xjet operated smoothly, and all indicators were within the preset range. We regularly checked the nozzle's working status to ensure uniform material output. The cooling effect was monitored continuously to prevent material deformation, resulting in a very stable structure for the bracket.

After printing, we moved on to post-processing. First, cleaning was done using a specialized cleaning solution to remove any uncured material from the surface. Next, sanding was conducted to ensure a smooth surface. Following sanding, curing was performed to ensure the material achieved optimal strength and stability. Finally, in the quality inspection phase, the appearance and structure of the bracket were carefully checked to ensure they met production standards.

In the end, this AGV car magnetic navigation sensor bracket was successfully delivered, solving their practical issues and making their production process more efficient. Every detail reflects our dedication; this is the charm of 3D printing.

这次的任务是为一位从YouTube上找来的朋友制作AGV小车磁导航传感器支架。他们遇到的问题是现有的支架不够稳定，无法承受复杂环境下的工作需求，因此希望能用更高性能的材料来提升支架的可靠性。

我们选择了SLS阻燃尼龙作为原材料，这种材料具备良好的耐热性和阻燃性，能达到V0级的防火标准。使用的打印机是Xjet，设定的打印参数为层厚0.1mm，喷嘴温度设定在190°C，打印功率为80W，速度控制在30mm/s，预计打印时间约为4小时30分钟。

打印过程中，Xjet设备运行平稳，各项指标都在预设范围内。我们定期检查喷嘴的工作状态，确保材料的均匀输出。过程中随时监测打印层的质量，发现时刻保持最佳的冷却效果，防止材料变形，最终支架的结构非常稳固。

完成打印后，进入后处理工序。首先进行清洗，使用专业清洗液去除表面残留的未固化材料。接着进行打磨，以确保支架表面光滑。经过打磨后，进行固化处理，确保材料达到最佳的强度和稳定性。最后，通过质检环节，仔细检查支架的外观和结构，确保符合生产标准。

最终，这款AGV小车磁导航传感器支架成功交付，解决了他们的实际问题，让他们的生产流程更加顺畅。每个细节都凝聚了我们的心血，这就是3D打印的魅力。