Siemens NX 3D Probe and 3D Scan Add In
Buy NowSiemens NX connect PCMM for 3D probing and 3D scanning
Optimize Your 3D Measurement & Reverse Engineering Workflow – Eliminate importing IGES, STEP by digitizing direct
ReverseEngineering.com eliminates the challenges of manual measurement of legacy parts and incomplete CAD data by providing a seamless workflow that integrates LiDAR, portable CMMs (for hard probe and scan data capture), and Siemens NX. This powerful combination transforms physical components into accurate, editable digital models, enhancing 3D scanning and measurement capabilities. Improve your design-to-manufacturing process, reduce errors, and accelerate production with a streamlined reverse engineering workflow.
Seamless Integration with Siemens NX for Enhanced Productivity
iThe ReverseEngineering.com add-in for Siemens NX provides a direct, efficient workflow for reverse engineering within your existing CAD environment. By eliminating the need for external software, you can capture, edit, and refine 3D scan data directly in Siemens NX, reducing workflow disruptions and improving efficiency.
Real-Time 3D Scanning and Data Capture
With support for LiDAR, portable CMMs, and 3D scanners, the add-in enables real-time data acquisition of physical parts. Whether using hard probes or laser scanners, you can instantly visualize and process scan data, ensuring accurate, high-quality digital models for rapid design iteration and manufacturing.
Powerful Mesh and Surface Creation Tools
Transform raw scan data into high-precision, editable models using advanced surfacing tools. The software supports automatic and manual surfacing, allowing for freeform modeling and parametric design. This capability ensures seamless integration with Siemens NX’s powerful CAD features for further refinement.
Streamlined Design-to-Manufacturing Workflow
The ReverseEngineering.com Siemens NX add-in simplifies the entire reverse engineering process, from 3D scanning to CAD modeling and final manufacturing. Export models in industry-standard formats like IGES and STEP for direct use in CNC machining, 3D printing, or simulation, reducing lead times and improving product accuracy.
Accurate Reconstruction of Legacy and Custom Parts
Eliminate the challenges of working with obsolete or undocumented parts by recreating precise digital twins of physical components. Whether dealing with complex geometries, worn components, or hand-crafted designs, the add-in ensures high-fidelity reproduction for repair, redesign, or analysis.
Increased Efficiency and Cost Savings
By leveraging ReverseEngineering.com’s Siemens NX add-in, you reduce manual modeling efforts, minimize errors, and optimize resource utilization. Faster data processing, automated surfacing, and a seamless CAD integration lead to improved workflow efficiency, lower operational costs, and faster time to market.
Frequently Asked Questions
Some of the features that make RevesreEngineering.com for Siemens NX software different:
- Seamless Siemens NX Integration – Work directly within NX without switching between multiple software platforms.
- Real-Time 3D Data Capture – Supports LiDAR, portable CMMs, and 3D scanners for live scanning and modeling.
- Advanced Mesh Processing – Automatically clean, refine, and optimize scan data for precise modeling.
- Intelligent Surfacing Tools – Choose from automatic or manual surfacing to create high-quality CAD-ready models.
- Parametric & Freeform Modeling – Convert scan data into editable features for design and engineering flexibility.
- Industry-Standard Export Formats – Save models as STL NX files for direct manufacturing or further CAD processing.
- Optimized for Legacy Part Reconstruction – Recreate worn, obsolete, or custom components with high accuracy.
- Faster Design-to-Manufacturing Workflow – Minimize manual work, reduce errors, and accelerate production cycles.
- Constrained best fit;
- Relations between extracted primitives – parallelism, perpendicularity, coincidence, offset;
- Part Set up – Quick alignment based on extracted primitive;
Add Relations between digitized sketch entities for the creation of primitives – parallelism, perpendicularity, coincidence, offset
- The ability to modify and create NX models from 3D digitized data ;
- Realtime probe compensation for digitised plane creation and 3d measured circles inside and out probe compensation;
- Parametric hybrid modelling;