法因图尔:未来技术FEINFORMING-精密成形

更经济地生产，提高性能潜力：

Leveraging performance potential for more

凭借FEINforming精密成形技术，法因图尔公司为燃料电池驱动装置迈向新的能效级别铺平了道路。

cost-effective manufacturing – with FEINforming,
Feintool is paving the way for a new efficiency class of fuel-cell drives.

FEINforming精密成形：

以精度取得领先/ progress through precision

法因图尔公司研发的这项技术是确保燃料电池未来竞争力的关键之一。

超薄材料精密加工技术可以减轻产品重量和体积，从而实现燃料电池堆的紧凑布局。

更高的电池堆功率密度将为生产高性能紧凑型汽车驱动装置铺平套路。

The Feintool technology plays a key role in the future viability of the fuel cell.

The high-precision processing of extremely thin material thicknesses leads to a reduction in weight and volume and therefore to a more compact arrangement of the fuel cells in the stack.

Increased power density in the cell stack paves the way for powerful and compact vehicle drive systems.

Feintool offers a complete,customer-specific solution for the production of optimized bipolar plates from a single source:

• 针对双极板生产专门配置的压机

• Presses，specially designed for bipolar plate production

• 经FEM优化的模具设计

• FEM-optimized， tool design

• 广泛的工程服务

• Comprehensive， engineering services

• 原型生产、预批量生产和批量生产

• Prototype，preproduction, and high-volume series production

FEINforming 精密成形 –

创新的秘诀/–the formula for innovation

作为精冲和成形领域的技术引领者，我们研发出FEINforming精密成形这一工艺。

它乃是目前最具创新性的制造技术之一，在精度、公差最小化、部件优化和生产经济性方面皆表现出色。

As a leader in the field of fineblanking and forming technology, we developed a process that is among the most innovative manufacturing technologies in terms of precision, tolerance minimization, component optimization, and production efficiency – FEINforming.

双极板是聚合物电解质膜燃料电池（PEM）的关键部件，而这也正是FEINforming精密成形的得意领域。

Bipolar plates constitute the key component of polymer electrolyte membrane (PEM) fuel cells. This is exactly where FEINforming comes in.

我们独特的优势，是能在一个集成过程中同时生成与电池堆结构相关的所有内部和外部几何形状及流场。由此可获得极高的精度。

The unique advantage is that all of the internal and external geometries relevant to the stack as well as the flow field can be produced simultaneously in an integrated process, resulting in a maximum of precision.