在今后的发展方向中，不锈钢精密铸造技术的交叉与融合会越来越明显，新一轮科技和产业革命的发展方向不会仅仅依赖于一两类学科或某种单一技术，而是多学科、多技术领域的高度交叉和深度融合。因此，不锈钢精密铸造也要与相关技术融合发展。
In the future development direction, the intersection and integration of stainless steel precision casting technology will become more and more obvious. The development direction of the new round of scientific, technological and industrial revolution will not only rely on one or two disciplines or a single technology, but a high degree of intersection and deep integration of multi-disciplinary and multi-technical fields. Therefore, stainless steel precision casting should also be integrated with related technologies.
与快速成型技术的交叉使用。科学技术的交叉使用多半是为了互补。不锈钢精密铸造的蜡模制作过程中的设计和模具制造较为复杂，并需要耗费大量时间。而快速成型技术则能很好地弥补这一缺点。不过，受材料限制，单独使用快速成型技术则无法达到要求。因此，近年来，很多工作者首先使用高分子技术获得铸件的原型，进而制造蜡模，从而投入到不锈钢精密铸造行业使用。
Cross use with rapid prototyping technology. The cross use of science and technology is mostly for complementarity. The design and mold manufacturing of wax mold of stainless steel precision casting are complex and need to spend a lot of time. Rapid prototyping technology can make up for this shortcoming. However, due to material limitations, rapid prototyping technology alone can not meet the requirements. Therefore, in recent years, many workers first use polymer technology to obtain the prototype of castings, and then manufacture wax molds, which are put into the stainless steel precision casting industry.