Quickurface Reverse Engineering Software
The Bridge between 3D Scanning and Manufacturing
Fast, intuitive, and cost-effective 3D reverse engineering software with AI-driven hybrid modeling—perfect for turning scan data into accurate CAD models of both organic and prismatic shapes.
Import scanned mesh
Import 3D mesh from any 3D scanner into QUICKSURFACE
The mesh has to have topology so the format of the file should be OBJ, STL or PLY. The built-in polygon reduction function allows the user to use any size of mesh, and to reduce it with a suitable number of triangles without compromising the quality of the mesh.
Prepare Scan Wizard
Comprehensive mesh editing tools for reverse-engineering purposes
Designed to simplify scan data preparation for engineering workflows. Such tools include but are not limited to: polygon reduction, remove mesh outliers, defeature, hide/unhide selections, find and fill holes, make watertight/ unwatertight, and much more. Step-by-step workflow guides the user to setup the scan ready for remodeling.
Mesh Selection
Use the Interactive mesh selection Mesh Selection to mark the features.
Simple-to-use Mesh Selection tools of QUICKSURFACE allows quickly extracting areas of interest, such as planes, cylinders, spheres, free form patches, revolved and extruded surfaces.
Create primitives
Extract features and create primitives
Use the extracted features and quickly reconstruct planes, cylinders, cones, and spheres. You can establish relationships between them, such as perpendicularity, parallelism, and coincidence.
Align the mesh
Align mesh into the world coordinate system
Position the object into the world coordinate system using the extracted primitives. The interactive definition of the coordinate system allows the user to adjust the correct orientation of the object.
2D Sketching
Create 2D Sketches for Revolved and Extruded surfaces.
Interactive sectioning allows the user to extract reference points for 2D Sketching. Align the section plane to the extracted primitives, CAD faces or even create sections interactively on the screen. Use dimensions and constraints tools to create accurate sketches. Automatic sketching from the scan data is also available.
Trimming
Use Trim command to create connected surfaces as surfaces or solid bodies.
In ExModel Pro you can create surfaces or solids by using mutual trim operation or boolean operations on solids. The coloured display and diagnostic tools allow you to identify the issues while performing these operations.
Patterns
Build linear or circular patterns for repeated objects. Use also mirror object if needed.
To fulfil the requirements of precise 3D reverse engineering, generate repetitive patterns of objects by arranging them in linear or circular formations. When necessary, enhance symmetry by incorporating object mirroring.
Round edges
Create fillets or chamfers where needed.
The chamfer and fillet operations come with a real-time analyser. Simply drag the arrow to define the fillet radius on the screen and instantly observe the deviation of the fillets against the reference mesh—all in real-time.
Roll/ Unroll
Flatten and Reconstruct Curved Geometry with Precision
Designed to flatten or manipulate curved surfaces, this feature adds flexibility when working with complex geometries. The ability to unroll and roll back 2D sketches streamlines the workflow, making it especially effective for handling intricate shapes.
Export
Export the results to other packages for further use.
To finish you 3D Reverse engineering project export reconstructed surfaces or solid models for use in other packages using the industry standard format STEP or IGES.
Quicksurface Pro - Prepetual License (with 1st year maintenance)
$4,300.00
Quicksurface Pro - Annual Maintenance
$645.00
Quicksurface Lite - Prepetual License
$2,150.00
Quicksurface Lite - 1 Year Subscription
$485.00
Function Features Comparison
| Feature | EQuicksurface Pro | Quicksurface Lite |
|---|---|---|
| Mesh Editing (Fill Holes, Smoothing, Editing Boundaries) | ✓ | ✓ |
| Mesh Alignment (Coordinates/ N-points/ Fine Align) | ✓ | ✓ |
| Primitives Extraction/ Construct References | ✓ | ✓ |
| Cross Sections/ 2D Sketching/ 3D Sketching | ✓ | ✓ |
| Fit/ Manual Free Form Modelling/ Auto Surfacing | ✓ | ✓ |
| Export Features/ Profile as IGES/ STEP/ DXF | ✓ | ✓ |
| Extrude/ Revolved Surfaces | ✓ | ✓ |
| Helix/ Loft/ Sweep/ Fill Surface (Class A surfaces)/ Blend surface/ Flatten | ✓ | ✗ |
| Constraints/ Offset/ Patterns/Sketch Assist in 2D Sketch | ✓ | ✗ |
| Prepare Scan | ✓ | ✗ |
| Mesh Segmentation | ✓ | ✗ |
| 2D Sketch Assist | ✓ | ✗ |
| Unroll mesh | ✓ | ✗ |
| Roll 2D and 3D Sketch | ✓ | ✗ |
| Trim to Solid/ Cut/ Combine/ Intersect/ Fillet/ Chamfer/ Patterns | ✓ | ✗ |
| Hybrid Modelling (Free-Form & Parametric) | ✓ | ✗ |
| Transfer Design and Feature Tree to other Packages | ✓ | ✗ |
| Compare | CAD vs Mesh, Mesh vs Mesh | CAD vs Mesh |
Why Choose Quicksurface?
Resources – Tutorials & Applications
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Download Free Trial
A dedicated team of 3D scanning and printing experts, providing reliable service and fast support.
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Tutorial Videos
We value your time and make adopting new technology easy with unlimited after-sales support and free shipping.
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Reverse Engineering with QUICKSURFACE Pro | Merge Collector
In this video, we demonstrate how ‪QUICKSURFACE‬ turns merge collector scan data into precise CAD models.
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Reverse Engineering with QUICKSURFACE Pro | Roll Bar Pipe
This video walks you through the step-by-step process of converting roll bar pipe scan data into a CAD model using QUICKSURFACE reverse engineering software.
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Reverse Engineering with QUICKSURFACE | Turbine Wheel
This video will teach you how to reverse-engineer a turbine wheel from a turbocharger with QUICKSURFACE reverse-engineering software.
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Our Company
Delivering top-tier 3D scanners, printers, and training to optimize your business with precision and efficiency.
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Who We Are
A dedicated team of 3D scanning and printing experts, providing reliable service and fast support.
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Customer Benefits
We value your time and make adopting new technology easy with unlimited after-sales support and free shipping.
Frequently Asked Questions
Looking for something specific? Let us know, and we’ll be happy to assist you.
QUICKSURFACE is a standalone 64 bit software application that allows you to convert 3D Scan data into complete CAD model.
It provides you with the most important tools for 3D reverse engineering to reconstruct hybrid parametric CAD models.
Import, align and repair your STL meshes, extract geometries, sketches and free form surfaces.
Construct extruded and revolved shapes and finish with trimming, boolean and fillet operations. And all this in a simple and understandable workflow.
3D Scanners can deliver the results as ‘meshes’. These meshes can be used for visualisation and 3D printing, but not for drawings, dimensioning and other operations.
You cannot use them in CAD packages as normal solids or surfaces. For this reason these meshes need to be converted into ‘CAD model’ – a parametric representation of the forming surfaces.
The scanned meshes also capture all the imperfections of the original part. In order to make it perfect you need the tools for reverse engineering which QUICKSURFACE offers.
The minimum system requirements are:
Laptop or PC with Windows 10 (64 Bit version)
CPU: Intel i5 or higher (or its equivalent of another CPU manufacturer)
RAM: 16GB
HDD: 256 GB
Graphics card: dedicated graphics card – nVidia or AMD
Internet: Software and licenses are delivered and activated using Internet connection.
Once activated we recommend an internet connection to allow automatic newer version detection to keep you up to date (not mandatory, it is your choice).
QUICKSURFACE imports STL, OBJ or PLY mesh or PTX point cloud.
The most common file format which is exported from a 3D Scanner is STL mesh.
Being a 64-bit application allows the user to load any size mesh. QUICKSURFACE can handle easily 100 million triangles.
For the purposes of manipulation, the build-in polygon reduction function allows the user to create a mesh with suitable number of triangles without compromising the quality of the mesh.
