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Manufacturing 深拉组件 with consistent quality and fast turnaround starts with expertise in deep draw tooling design. ATACO is the industry leader in 深拉冲压 and die design. ATACO toolmakers have decades of metal forming experience and optimize deep draw tooling design based on engineering data, material properties, press speed and many other factors. Learn more about the tools, process, variables and software below, and contact ATACO to request more information or a quote for your project:

Tools Used in Deep Drawing

Deep draw tooling includes all the hard tooling components used to shape flat sheet metal into a 深拉零件:


液压和机械深拉压力机 are used to produce deep drawn stampings. Deep draw presses have customizable configurations to accommodate different tooling requirements, and can have single or multiple stations.

ATACO can provide deep drawing along with secondary operations such as trimming, piercing, and forming. If volume is too low to justify tooling for these additional operations, we can trim and pierce via 5轴激光切割.

The Deep Draw Process




Deep Drawing Variables that that影响工具设计


Depth of draw and draw ratio determine the shape of the punch and die cavity, as well as the diameter of the metal blank.

Part complexity determines the number of stations needed. The toolmaker also has to incorporate elements that move the workpiece from one station to the next.

Production volume and drawing force determine which material is used for the punch and die.

Workpiece material knowledge is crucial for successful tooling design. Material type, grade, heat treating, and anisotropy (directional properties) affect flow and therefore tooling requirements. Softer materials are easier to draw and require less force. Some metals have more springback than others. The desired thickness of the blank and finished part also affect tool design.

ATACO 工具制造商在设计深拉零件的工具时会考虑这些和许多其他因素。


ATACO uses state-of-the-art production simulation software for 深拉模具设计. FASTFORM® Advanced allows our engineers to quickly assess deep drawn part feasibility, blank shape and springback, as well as identify potential forming issues. Simulation data on formability risks and optimal material usage is then sent to our tooling department.

ATACO toolmakers use the software in the 深拉模具设计 phase to evaluate component and tool geometry, incorporate material properties, and account for predicted production effects resulting from friction, blank holder force, pad pressure and more.



深拉冲压是最具成本效益的制造工艺之一,因为随着产量的增加,每个零件的成本会降低。 ATACO 致力于通过使用最先进的技术和设备提供具有成本效益且质量稳定的零件。

Learn more about our 深拉冲压 capabilities or 询价 for your project.