线束设计软件

Achieve a fully integrated electromechanical design process by connecting NX for mechanical CAD with Capital for electrical design. Synchronize design data bi-directionally to ensure accurate placement of harness components within complex 3D assemblies. 

Reduce design errors and improve manufacturability by optimizing wire paths while considering mechanical constraints. Leverage advanced automation tools in NX to route harnesses based on electrical connectivity data from Capital.

Minimize design rework and accelerate development cycles by taking advantage of automated validation and synchronization between Siemens Capital and NX. Ensure consistency between electrical and mechanical domains with real-time change tracking and impact analysis.

Generate detailed 3D harness layouts in NX with accurate wire lengths, bend radii and protective coverings. Export validated harness data to Capital for automated formboard creation and manufacturing documentation. 

Perform cross-domain rule checks and interference analysis within NX to detect clashes, bend violations and routing conflicts. Utilize Siemens Capital data to validate electrical performance, ensuring compliance with industry standards before production. 

Streamline the sharing of connectivity data between Capital X Panel Designer and NX with our file-based transfer. You can export a file from Capital X Panel Designer and import it into NX for cable routing. Once routing is complete in NX, you can export the file back to Capital X Panel Designer to update wire lengths. 

Save time and effort while reducing the risk of errors from manual updates. Previously, users had to manually identify connections from Capital X Panel Designer reports and create cable routes one by one in NX. Similarly, wire lengths needed to be identified manually after routing and updated in Capital X Panel Designer. The file-based transfer eliminates these tedious steps.

Accelerate your workflow and save time spent on manual tasks. This streamlined process allows your team to focus on delivering high-quality designs instead of repetitive processes. 

Cut down on rework and lower operational costs as you have fewer errors and faster design cycles—critical for SMBs striving to stay competitive.