Skip to content

STL 文件格式

STL 文件格式通常用于三维打印和快速原型制作,它将几何表面数据存储为三角形切面的集合。STL 文件没有颜色或纹理信息,只关注形状,与大多数 3D 打印机兼容,是制造和设计的必备文件。

空间英雄旗帜术语表
第 111 组
第 111 组
background-glow

Accelerate time to market with high-quality STL conversion that preserves design intent

Spatial's 3D InterOp dramatically reduces data translation errors and ensures the highest quality data exchange from STL to CAD formats, speeding up workflows and lowering project costs.

Spatial's 3D InterOp tools make it possible:

  • Conversion between various CAD formats such as STL and 3D-XML
  • Comprehensive STL repair and healing
  • Reduce conversion errors
  • Accelerate time to market and improve ROI

High quality STL file repair and conversion

STL is one of the most widely used 3D model file formats, with widespread support for 3D files and printers.

STL has become a popular format in the prototyping and 3D printing fields because it is virtually universal in terms of printer support and software compatibility.

However, converting between formats can easily lead to errors.

The unusual nature of the STL format creates unique challenges during data exchange that can lead to project delays and cost overruns.

But Spatial's 3D InterOp tools perform STL repair and data conversion seamlessly, giving you high-quality results right the first time.

3D InterOp makes STL file data conversion easy

With support for many competing CAD file formats and a wide range of 3D printers, having a tool that allows you to quickly and seamlessly bring in 3D data can make a big difference in your workflow.

The 3D InterOp component supports all major data exchange formats and converts them into the appropriate format that works with all downstream engineering applications.

Repairing STL files

In addition to its robust conversion capabilities, Spatial also includes advanced technology for automatic repair of file formats such as STL, allowing for geometry and topology repair.

Reduce project costs

Poor quality data conversion is a costly problem.

Data imperfections can compromise design intent, leading to printing and production delays and project maintenance costs, as well as post-manufacturing defects that don't become apparent until later in the product cycle.

3D InterOp significantly reduces costs by preventing translation errors and ensures high-quality data exchange that fully supports design intent.

Increased CAD Productivity and Interoperability

With its convenient plug-and-play architecture and wide range of supported formats, 3D InterOp allows you to quickly add STL to CAD converters and translators to your applications with minimal code edits.

This easy scalability enables faster workflows, more efficient conversions, and increased productivity.

And because it's fully integrated with other Spatial modeling kernels, such as CGM Core Modeler, 3D InterOp can dramatically reduce delays associated with cross-platform compatibility.

Comprehensive STL editing, repair and conversion features

Spatial 3D InterOp is the powerful data conversion tool you need to enable fast, high-quality, cost-effective CAD project workflows.

It provides unparalleled 3D data reuse and import capabilities, high-quality multi-format conversion, automatic repair, geometry and topology healing, and other essential features you need to make your project a success.

探索Spatial
解决方案

CGM_Modeler_Picto_RVB

3D建模

我们很自豪能够与 ACIS 一起率先开发几何内核。如今,我们提供的解决方案可满足您的三维几何表示需求。无论您需要连续还是离散的 B-Rep 建模器,我们都能为您的特定应用需求提供解决方案。

更多信息
3D_Interop_Picto_RVB 副本

3D 互操作性

作为首家提供 CAD 互操作性 SDK 的公司,我们现在提供业界领先的解决方案,用于转换数据和读取主要 CAD 文件及元数据。让您的客户能够像在自己的应用程序中创建数据一样使用导入的 3D 数据,或将数据导出为各种 CAD 格式。

更多信息
HOOPS_Communicator_Picto_RVB

3D可视化

使用我们的三维可视化 SDK 创建高性能、交互式可视化。HOOPS 解决方案可让您利用业内最强大、最便携和最完整的图形开发组件来创建 3D 应用程序。

更多信息
3D_Precise_Mesh_Picto_RVB

3D网格划分

使用我们的 CAE 网格绘制 SDK,提高仿真的精度和性能。体验自动、可靠的网格划分控制,确保为任何 CAE 工作流程提供准确、高性能的仿真。

更多信息
AGM_Picto_RVB

应用框架

应用图形管理器 (AGM) 是一个全面的 3D 应用开发框架,可缩短产品上市时间并降低成本。

更多信息

在我们的博客上了解宝贵的见解

如何在应用程序中添加功能识别和直接编辑功能,而无需自行构建
4 最小阅读数
3D Modeling
为什么不能从零开发特征识别与直接编辑 ? 如果你在开发工程类软件 ——CAD、CAM、仿真、成本估算,或任何处理 3D 几何的系统 —— 你大概率遇到过这个困境:客户发来一个从其他系统导出的 STEP 文件,你得到的只是一堆零散的曲面,...
6 最小阅读数
Application development
认清你真正要构建的系统 在编写任何一行代码之前,团队必须清晰看待任何一款专业 3D 工程应用底层的技术栈。它绝不是 “带界面的建模工具” 那么简单。 你至少要看到五个完全不同的技术层:
4 最小阅读数
3D Interoperability
如果你的软件需要处理 3D 模型,你一定深有体会:一个在 CATIA 里看起来完美的装配体,转换后却面目全非。曲面破裂、PMI 丢失、原本三层结构的装配树变成一堆散乱的独立实体。 你的支持团队收到工单,工程师深入排查,三天后发现根源竟是:...
6 最小阅读数
Robotics
为何离线编程正在取代传统示教器模式 走进传统机器人编程现场,你会看到技术人员站在安全围栏内的机器人工作站中,手持示教器,以毫米级精度手动操控重达 200 公斤的机械臂。
4 最小阅读数
Meshing
精确的边界层解析是流体流动仿真中最关键的因素之一。无论仿真目标是预测阻力、换热、流动分离还是近壁湍流,边界层网格的质量都直接决定结果的可靠性。 然而,生成稳定可靠的边界层始终是一项长期难题,尤其是在处理复杂或存在缺陷的几何模型时。...
修复
4 最小阅读数
3D Interoperability
在现代工程工作流程中,仅转换3D模型是不够的。建模内核、公差和几何规则的差异可能会将有效数据变成无法使用的模型。修复确保转换后的几何体保持一致、可靠并忠实于原始设计意图,从而使真正的 3D 互操作性在...