
薄壁壳体
关注薄壁稳定性、变形控制与后续表面处理。

03 / APPLICATION FIELD
面向小型精密结构、薄壁壳体和功能原型,协调结构迭代、表面质量、尺寸控制与小批量验证。
TYPICAL APPLICATIONS
These scenarios describe common tasks and do not replace project-specific manufacturing evaluation.

关注薄壁稳定性、变形控制与后续表面处理。

评估装配界面、基准和加工余量。

用于结构验证、装配验证和设计快速迭代。

利用增材方式实现传统工艺难以完成的内部结构。
ENGINEERING REVIEW
Model recommendations are an initial filter; final configuration depends on geometry, material, process and acceptance requirements.
薄壁、精细特征和装配公差能否兼顾
表面外观与加工余量如何分配
原型验证与后续批量工艺之间如何衔接
RECOMMENDED SYSTEMS
Initial matches based on the current product catalog; suitability must still be evaluated against the actual component.
A compact, open process platform for fine-feature research, medical and teaching applications. Evaluate further against the material, size and geometry of the target component.
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Combines research flexibility with a larger build envelope for multi-material process development. Evaluate further against the material, size and geometry of the target component.
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Dual-laser, bidirectional recoating for R&D transfer and small-to-medium industrial parts. Evaluate further against the material, size and geometry of the target component.
View product details→SUPPORTING SERVICES
Engage individual stages or combine services around project goals. Externally coordinated processes are identified in the final proposal.
START A PROJECT
Share drawings, material, critical dimensions and target performance for an initial manufacturability assessment.