QuickSurface for SOLIDWORKS

QuickSurface for SOLIDWORKS

QUICKSURFACE for SOLIDWORKS (formerly Mesh2Surface) is a reverse engineering add-in that turns 3D scan meshes into native SOLIDWORKS features.

Reverse engineer in the CAD package you already use. Align the scan, sketch on cross-sections and fit surfaces, then finish the model with standard SOLIDWORKS features.

  • Works inside SOLIDWORKS Desktop 3D CAD
  • Imports STL, OBJ, PLY and PTX scans in seconds
  • Primitives become SOLIDWORKS reference geometry or bodies
  • Freeform surfacing with snap-to-mesh and auto surfacing
  • 3D color map compares any SOLIDWORKS body to the scan

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SOLIDWORKS add-in

Reverse Engineer 3D Scans Without Leaving SOLIDWORKS

QUICKSURFACE for SOLIDWORKS is a reverse engineering add-in for SOLIDWORKS Desktop 3D CAD from KVS Ltd, the developer of QUICKSURFACE. It was launched in 2021 as Mesh2Surface for SOLIDWORKS and renamed in 2025.

The add-in loads large scan meshes into SOLIDWORKS and gives you the tools to turn them into a model: extract reference geometry, align the scan, cut cross-sections and fit sketch entities, draw 3D curves on the mesh, and fit or model freeform surfaces. What you create are ordinary SOLIDWORKS sketches, reference geometry, surfaces and solid bodies, so you finish the part with the features you already know.

A built-in deviation analyser compares any SOLIDWORKS surface or solid body with the scan at any point in the process. KVS says the add-in can save more than half the time of other ways of reverse engineering in SOLIDWORKS.

Prefer a standalone application? See QUICKSURFACE Lite and Pro.

What it does

Scan-to-CAD Tools Built Into the SOLIDWORKS Interface

Every tool runs inside SOLIDWORKS and writes standard SOLIDWORKS geometry to the feature tree.

Fast scan import

Load STL, OBJ, PLY or PTX data in seconds, not minutes. Built-in polygon reduction and smoothing give you a mesh with a workable number of triangles without losing quality.

Reference geometry

Extract planes, cylinders, cones and spheres and create them as SOLIDWORKS reference geometry, surfaces or solid bodies. A symmetry plane is detected automatically and can be adjusted by hand.

Alignment

Position the scan in space from extracted primitives, align it to an existing CAD model, or combine several scans of the same part into one.

Cross-sections and 2D sketches

Cut parallel, rotational and outline sections, then fit lines, arcs and circles to the section points. Rectangles, slots and even hexagons are recognized with a single brush stroke.

Freeform surfacing

Fit best-fit surfaces to selected regions, model organic shapes with snap-to-mesh freeform surfaces, or convert a freeform shape with one click using automatic surfacing.

Deviation analyser

A 3D color map compares any SOLIDWORKS surface or solid body against the scan almost instantly, so you can check accuracy at any stage.

Set up the scan

Get the Scan Into the Right Place First

A reverse engineering job goes faster when the scan sits on the right coordinate system from the start.

  • Interactive selection with magic wand, brush and freeform selection picks out the areas that represent features or freeform surfaces.
  • Align in space using extracted primitives, with interactive control over the final orientation.
  • Align to CAD when you already have a model of a similar or earlier part.
  • Multi-scan alignment combines scans taken from different sides into a single representation of the part.
QUICKSURFACE for SOLIDWORKS aligning a scanned gearbox housing to the SOLIDWORKS coordinate system

Surfaces

Fit and Model Freeform Surfaces in SOLIDWORKS

Organic and freeform shapes are hard to build with standard SOLIDWORKS surfacing alone. The add-in fills that gap.

  • Fit surface approximates a selected region with an extended surface that is ready for trimming, with a real-time deviation color map. An automatic option keeps the surface as close to the mesh as possible.
  • 3D sketching on scan data lets you draw style lines and points directly on the mesh with toleranced control.
  • Freeform modeling with snap-to-mesh builds surfaces that follow the scan, even for users with little freeform experience.
  • Automatic surfacing creates SOLIDWORKS-compatible surfaces with one click. It uses the basic algorithm, not the advanced one in QUICKSURFACE Pro.
Best-fit surface over a scanned part in SOLIDWORKS with a deviation color map from QUICKSURFACE for SOLIDWORKS

Accuracy

Check the Model Against the Scan at Any Time

The deviation analyser works with any SOLIDWORKS body, surface or solid, including geometry you built with standard SOLIDWORKS features. Run it while you model, not only at the end, and fix problem areas before they reach a drawing.

Want a part modeled for you instead? See our reverse engineering services.

QUICKSURFACE for SOLIDWORKS deviation analyser showing a color map of a CAD model against the scan

How it works

From Scan to SOLIDWORKS Model in Four Steps

  1. Scan and export

    Scan the part with your scanner software and export a mesh as STL, OBJ or PLY, or a point cloud as PTX.

  2. Import and align

    Load the scan into SOLIDWORKS, reduce it if needed, and align it in space, to CAD or to other scans.

  3. Extract and sketch

    Create reference geometry, cut cross-sections, fit sketch entities and fit or model surfaces.

  4. Build and check

    Finish the part with SOLIDWORKS features and compare it to the scan with the deviation analyser.

Add-in or standalone

QUICKSURFACE for SOLIDWORKS or QUICKSURFACE Pro?

Both come from the same developer. The add-in uses SOLIDWORKS for solid modeling; QUICKSURFACE Pro is a complete standalone reverse engineering application.

Feature for SOLIDWORKSPro
Software type SOLIDWORKS add-in Standalone (Windows)
Import STL, OBJ, PLY and PTX Included Included
Polygon reduction and smoothing Included Included
Hole filling, boundary edit, de-feature Not included Included
Primitive extraction and symmetry plane Included Included
Align to space, to CAD and multiple scans Included Included
Cross-sections and fit 2D entities Included Included
3D sketching on the scan Included Included
Fit surface and snap-to-mesh freeform Included Included
Automatic surfacing Basic Advanced
Loft, sweep, trim, Boolean, fillet, patterns In the add-in these come from SOLIDWORKS SOLIDWORKS Included
Deviation analysis against the scan Included Included
Model history SOLIDWORKS feature tree QUICKSURFACE history
CAD output Native SOLIDWORKS bodies STEP, IGES, Parasolid
QUICKSURFACE AI Announced for Pro 2027, from 17 November 2026 Not included Included
License options Subscription or perpetual Subscription or perpetual
Free 30-day trial Included Included

Feature comparison as published by KVS Ltd. Perpetual licenses include one year of maintenance (updates and technical support). Not sure which one fits? Tell us how you work and we will recommend one.

Compatibility

SOLIDWORKS, Scanners and File Formats

The add-in is licensed for SOLIDWORKS Desktop 3D CAD only. It works with scan data from any scanner that can export a mesh.

Host CAD

  • SOLIDWORKS Desktop 3D CAD (the 3DEXPERIENCE platform is not supported)

Scan data import

  • STL
  • OBJ
  • PLY meshes
  • PTX point clouds

Output

  • SOLIDWORKS reference geometry
  • 2D and 3D sketches
  • surface bodies and solid bodies

Scanners

  • Any 3D scanner whose software exports STL
  • OBJ or PLY

Using a scanner from us? Scans from SCANOLOGY scanners and Artec scanners export as STL, OBJ or PLY and load straight into SOLIDWORKS with the add-in. Scanning itself is done in your scanner’s software, not in SOLIDWORKS.

Technical specifications

QUICKSURFACE for SOLIDWORKS System Requirements

You need a licensed installation of SOLIDWORKS Desktop 3D CAD. KVS publishes one set of minimum requirements for QUICKSURFACE.

QUICKSURFACE minimum

As published by KVS Ltd.

Operating system
Windows 10 (64-bit)
Processor
Intel Core i5 or higher, or equivalent
Memory
16 GB RAM
Storage
256 GB
Graphics
Dedicated NVIDIA or AMD graphics card
Internet
Needed to download and activate the software

SOLIDWORKS

The add-in runs inside SOLIDWORKS.

Host
SOLIDWORKS Desktop 3D CAD
Requirements
Your PC must also meet the requirements of your SOLIDWORKS release
Large scans
80 to 100 million triangles need a good CPU and a modern graphics card

Check the SOLIDWORKS system requirements for your release, or ask us before you order a workstation and we will check the spec.

Why buy from us

Buy QUICKSURFACE for SOLIDWORKS From Digitize Designs

We sell, set up and support 3D scanners and reverse engineering software together, so you have one team to call for the whole workflow.

Free 30-day trial

Try the add-in in your own SOLIDWORKS on your own scan data before you commit.

Training included

Training, technical support and updates are included with all software we sell.

Hardware and software

Pair the add-in with a scanner we sell and set up, and keep one point of contact.

Try QUICKSURFACE for SOLIDWORKS on Your Own Scans

Request a free 30-day trial, or talk to one of our engineers about your parts, your scanner and your SOLIDWORKS setup.

Already a QUICKSURFACE for SOLIDWORKS or Mesh2Surface user? Renew your maintenance.

QUICKSURFACE for SOLIDWORKS FAQs

Do I need SOLIDWORKS to use QUICKSURFACE for SOLIDWORKS?

Yes. It is an add-in and needs a SOLIDWORKS Desktop 3D CAD installation. It is licensed for use with SOLIDWORKS Desktop 3D CAD only.

Is QUICKSURFACE for SOLIDWORKS the same as Mesh2Surface?

Yes. KVS Ltd launched the add-in in 2021 as Mesh2Surface for SOLIDWORKS and renamed it QUICKSURFACE for SOLIDWORKS in 2025 to bring it under the QUICKSURFACE name.

Does it work on the 3DEXPERIENCE platform?

No. QUICKSURFACE for SOLIDWORKS works only on SOLIDWORKS Desktop 3D CAD.

Which SOLIDWORKS versions are supported?

It runs on SOLIDWORKS Desktop 3D CAD. Ask us to confirm support for your SOLIDWORKS release before you buy, or test it with the free trial.

Can I scan directly in SOLIDWORKS?

No. Scan and process the data in your scanner’s software, export a mesh as STL, OBJ or PLY, and import it into SOLIDWORKS with the add-in.

What file formats can I import?

STL, OBJ and PLY meshes, and PTX point clouds.

How large a mesh can I import?

It depends on your hardware. With a good CPU and a modern graphics card, meshes of 80 to 100 million triangles can be imported and handled.

Can it create parametric features from scan data?

Yes. You can extract reference geometry and create editable, parametric SOLIDWORKS features directly from the scan data.

How is it different from QUICKSURFACE Pro?

The add-in works inside SOLIDWORKS and relies on SOLIDWORKS for lofts, fillets, Booleans and other solid modeling. Its automatic surfacing uses the basic algorithm, while QUICKSURFACE Pro is a standalone application with the advanced algorithm, hybrid modeling and STEP, IGES and Parasolid export. QUICKSURFACE AI is announced for Pro only.

How much does QUICKSURFACE for SOLIDWORKS cost?

Pricing is quoted. It depends on whether you choose a subscription or a perpetual license and how many seats you need. Contact us for a quote or start with a free trial.

Is training included?

Yes. Training, technical support and updates are included with all software we sell. KVS also publishes getting-started video tutorials for the add-in.

Talk to a 3D scanning engineer

Choose whatever is easiest for you: give us a call, book a Zoom call, or send us a question.

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Tell us about your parts and what you need from a scanner. An engineer will get back to you by email.

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Pick a day and time that suits you. The Zoom link comes by email as soon as you book.

  • Talk with one of our certified engineers
  • See the scanner in action and ask your questions
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