 |
Air conditioner bottem plate stamping die
The detailed information of the bottem plate die is as follows:
 | Tool structure design: Adopt carbide insert anti-chipping design (SKH-51+TiAlN coating) |
| Tool production efficiency: Adopt stepped unloading structure (punching force reduced by 40%) |
| Tool accessories: Adopt integrated standard processing, parts can be used in multiple molds, ensuring the service life of the die |
GreeDaikinMold provides high-precision, high-quality, and high-tech stamping die for our customers all over the globe!
 | Improve production efficiency |
| Reduce labor costs |
| Reduce tooling process |
| Optimize tool structure |
| Shorten tool delivery time |
With the widespread adoption of automated equipment for tool production and the increasing intelligence of standarization of tool internal components, the tool's production efficiency has continuously improved and will continue to develop toward even higher and better standards. In the meanwhile, we raise the standards for our designers, which means designers must not only be familiar with automated equipment but also actively participate in its design process.
Air conditioner bottem plate stamping die
The detailed information of the bottem plate die is as follows:
| Tool structure design: Adopt carbide insert anti-chipping design (SKH-51+TiAlN coating) |
| Tool production efficiency: Adopt stepped unloading structure (punching force reduced by 40%) |
| Tool accessories: Adopt integrated standard processing, parts can be used in multiple molds, ensuring the service life of the die |
GreeDaikinMold provides high-precision, high-quality, and high-tech stamping die for our customers all over the globe!
| Improve production efficiency |
| Reduce labor costs |
| Reduce tooling process |
| Optimize tool structure |
| Shorten tool delivery time |
With the widespread adoption of automated equipment for tool production and the increasing intelligence of standarization of tool internal components, the tool's production efficiency has continuously improved and will continue to develop toward even higher and better standards. In the meanwhile, we raise the standards for our designers, which means designers must not only be familiar with automated equipment but also actively participate in its design process.
