Home decorations have become an indispensable item for house decoration. With the development of society, home decorations have become industrialized commodities. However, with the increase of people’s purchasing power, manual processing and production have been difficult to meet market demand, so machine production is also Industrialization has been formed, and machine production needs to be supported by data. Innovative design requires a lot of manpower and expense, but it is easy to implement secondary design or imitation on the basis of originality. That is to use a three-dimensional scanner to scan the original or the produced prototype into 3D data and input it into the computer. Combined with computer drawing software for modification or design, it can be mass-produced and processed by machines.
The following is a scanning case of hand-held laser 3D scanner for handicraft metal dog:
Customer demand:
1. Scan the details clearly, quickly obtain the 3D data of the workpiece, and the data can be scaled equally
2. After scanning, it is printed by 3D printer for film covering production
Current customer needs to solve the difficulties
Mass production is difficult, and it is difficult to provide a certain quantity and quality of products in a short time for a popular product of the same type.
Handicraft metal Dog 3D scanning reverse design solution
1. First, spray the metal dog with imaging agent to make it not reflective and easy to scan. It will take about 1 minute
2. Then paste the marking points to facilitate splicing and scanning from multiple perspectives and maintain industrial-grade accuracy, which takes about 2 minutes
3. 3D scanning of metal dog workpiece. Our technical engineer uses a handheld laser 3D scanner (eSharp P10) to scan and quickly obtain 3D data of metal dog sample, which takes about 8 minutes.
手持激光3D扫描仪的亮点
1、采用非接触式三维扫描,不会对物体表面造成任何损伤
2、多角度扫描,自动拼接, 能够最大可能的避免死角
3、操作简单,能迅速获取工艺品的3D数据
4、扫描精度高、速度快
小结
客户需要改进工艺品生产流程和工艺,采用手持式手持激光三维扫描仪(eSharp P10)可以快速获取金属狗的3D数据并且可以获取金属狗的细节部分,3D数据可以同比例放大或缩小后进行3D打印出来,打印出来的样品可直接用来覆膜生产,采用3D扫描和3D打印技术改进了工艺品生产流程并且大大提升了生产效率。