€10,709.50*
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Available in 2 days, delivery time 1-2 weeks
Verisurf 3D Scanning & Reverse Engineering Suite
Create manufacturable, 3D solid CAD models of any physical part in record time. CAD models from any physical part in record time. A unique product designed designed exclusively for point cloud to solid model workflows.
The Verisurf 3D Scanning and Reverse Engineering Suite includes the CAD, MEASURE and REVERSE modules and is uniquely suited for any reverse any reverse engineering project. The suite offers a comprehensive set of tools for collecting, editing, dimensioning, joining and surfacing point clouds and point cloud and mesh data. Verisurf is fully compatible with Mastercam and allows you to scan, measure, connect and model your part part and then export it to STL for additive manufacturing or create a CNC program CNC program and edit it in a user interface.
Engineering services enabled by Verisurf reverse solutions include:
- Production Production and optimization of STL files for 3D printing
- generation of CAD surfaces for CNC machining
- development of solid CAD models for production
- Creation of surface model representations for industrial design
- Creation of solid models for product lifecycle management
WHAT MAKES US DIFFERENT
Complete 3D SCAN-to-CAD workflow that can be quickly learned and quickly learned and retained by new users thanks to the intuitive user interface. and retained.
Probing and scanning directly with scanners and CMMs, including API, Creaform, FARO, Hexagon, Kreon, Leica, Mitutoyo, Renishaw, WENZEL and Zeiss.
Comprehensive point-cloud and mesh editing tools to automate automation of 3D modeling, including feature recognition and automatic surface automatic surface creation.
Creation of NURBS surfaces and Parasolid solid models with model-associative GD&T and export to popular CAD formats. common CAD formats.
EXPLORE BENEFITS AND FEATURES
How we help you scan parts to create manufacturable surfaces and solid surfaces and solid models.
- Verisurf Connect Capture Geometry (Connect and capture geometry):
- Via connect hardware via a direct interface, calibrate, adjust settings, etc. adjust settings etc.
- Live data capture on screen, search for cavities and adjust if necessary.
- Make adjustments for material color or reflection.
- Set clipping masks to ignore unwanted data, set organization settings for managing large to manage large, complex data sets.
- Trim data sets crop, filter, decimate, delete, copy, remove outliers, transform using various auxiliary tools.
- Primitive Extract and adjust features according to NIST-approved algorithms.
- Smoothing and normalize with mathematical, geometric, inclusion/exclusion tools.
- Points with points, points with mesh, points with CAD and all combinations thereof with many tools to simplify and speed up the process. the process.
- Conversion from point and mesh to NURBS surfaces and wireframe/curve entities with tools for live fitting (e.g. push-pull) of entities.
- Transform of captured and constructed data with live, intuitive CAD and Work Coordinate System (WCS) tools.
- Advanced creation and editing of solids from scanned points, constructed features and meshes.
- Solids extrude, round, chamfer, re-dimension, perform Boolean operations operations, normalize and capture design intent or actual state. capture actual state.
- Application and utilization of geometric dimensional accuracy and tolerance for newly created CAD entities.
- Use of GD&T for a fully model-based definition (MBD)-centric (MBD)-centric enterprise solution.
- Defining relationship constraints to support manufacturing and quality control. quality control.
- Applying best practices for production tolerances and process control for in-house and use in-house and with suppliers.
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