The process is easy, it works on just about any kind of product and we’ll show you how. Check out the 3 minute 47 second Scan To Pattern Introduction video below below and see it for yourself.

ExactFlat has teamed up with Peel3D to offer the best Scan-to-Pattern solution for the lowest price on technologies that save you time and effort. The solution is perfect for furniture, automotive, marine, insulation covers, inflatables, paint protection film, and any 3D object covered in fabric, composites, or technical textiles. Check out some of the sample videos below to see the entire 3 step process in action for yourself:


ExactFlat Scan-to-Pattern Video Playlists:

3D Scanning to Pattern Creation

For a comprehensive understanding of the ExactFlat software for Rhino 3D YouTube Channel, we invite you to explore our available resources. These published documents will facilitate your search and extraction of the necessary information, making the process more convenient for you.

Welcome to the ExactFlat Scan-to-Pattern: Demos playlist on our YouTube channel, where we present a series of captivating demos that highlight the seamless integration between 3D scanning and pattern creation with ExactFlat. Join us on an immersive journey as we explore the three major steps of the Scan-to-Pattern process, showcasing the power and efficiency of each stage. Step 1: Scanning Step 2: VX Model - Delve into the cutting-edge software solution, VX Model, that facilitates the transfer of laser scan data to 3D CAD. Step 3: ExactFlat for Perfect Fitting Patterns - Experience the full potential of ExactFlat as we showcase its intuitive interface and powerful tools for creating perfect fitting patterns from 3D CAD models.

Welcome to the ExactFlat Scan-to-Pattern: How-To Videos playlist on our YouTube channel, where we provide you with comprehensive tutorials on optimizing meshes and achieving flawless flattening for pattern creation using ExactFlat Scan-to-Pattern. Join us on a step-by-step journey as we explore the intricacies of mesh preparation and ensure a smooth and efficient pattern creation process. This playlist is your go-to resource for mastering the optimization of meshes and preparing them for the flattening process with ExactFlat. Each video provides detailed instructions on various aspects of mesh refinement, addressing common challenges and ensuring optimal results.

Workflow Demo playlist on our YouTube channel, where we invite you to explore the seamless and powerful capabilities of ExactFlat Scan-to-Pattern in various industries. Join us on an immersive journey as we demonstrate the workflow using different models, showcasing the versatility and real-time applicability of ExactFlat Scan-to-Pattern across industries. This playlist offers a comprehensive showcase of the Scan-to-Pattern workflow, allowing you to witness firsthand how ExactFlat revolutionizes the pattern creation process. Explore the real-time demonstrations of ExactFlat Scan-to-Pattern on different models, spanning various industries such as automotive, furniture, marine, apparel, and more.


Scan to Pattern Features

Peel 2 CAD 3D Scanner - Key Features

  • Direct scanning of objects of any size

  • Tools to scan and process geometric entities, surfaces, and cross sections

  • Accuracy of up to .100mm (.004 inches) and volumetric accuracy of up to 0.300 mm/m (0.0036 in/ft)

Peel Convert Scan to 3D CAD Software - Key Features

  • Post-scanning software to finalize 3D Scan data

  • Surface generation, define and extract pattern geometry

  • Export in a variety of output formats, including, .obj (recommended), .iges, .step, and .dxf

  • Want to know? How about talking to an expert? Want to get Pricing? Already have a scanner? Give us a call. We are here to help.

3D Model Flatten 3D to 2D Features

  • Import many different files types. Recommended types are .obj, .step, .iges, .3dm

  • Export .PDF or .DXF file types

  • Files types are compatible with all leading plotters and CNC cutters

  • Mesh tolerance editing

  • FEA strain analysis based on material selection

  • Flattening algorithms based on material properties such as warp weft, weave, stretch characteristics, surface curvature, and edge boundaries

  • Insert and flatten darts, relief cuts, and markings

  • Create automated notches and edge/seam offsets

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