Polyga
At Polyga, we develop 3D scanning software to help you accomplish projects in a faster and simpler way. When you have the right tools in your hands, you can focus on what’s important.
PointKit Tutorial | Geometry Tools
PointKit Tutorial | Editing Mesh Data
PointKit Tutorial | Deviation Analysis
PointKit Tutorial | Python Scripting
PointKit Tutorial | Color Processing on Mesh Data
PointKit Tutorial | Working with Large Point Cloud Data
PointKit Tutorial | UI Navigation and 3D Mesh Visualization
PointKit Tutorial | Importing and Exporting Data
Xtract3D 2: How to Import Scan Data
Xtract3D 2: Creating Planes from Scan Data in SOLIDWORKS
Xtract3D 2: Create Parallel Offset Planes from Scan Data in SOLIDWORKS
Xtract3D 2: Applying a Coordinate System
Xtract3D 2: Align Scan Data with a Coordinate System in SOLIDWORKS
Xtract3D 2: Render Modes
Reverse Engineering an Impeller in SOLIDWORKS with Xtract3D 2 (Full Workflow)
Xtract3D 2: Visualizing Mesh Data in SOLIDWORKS Assemblies
Xtract3D 2: Using SOLIDWORKS Section Views
PointKit Tutorial | How to Align your Scan Data
PointKit Version 1.3 Release from Polyga
PointKit Tutorial | How to Reorient and Prepare your 3D Scan for Reverse Engineering
Introducing PointKit Scan — Polyga's New 3D Scanning Software Application!
Introducing The Compact S5 Macro - Scan Objects 1 To 5 Centimeters In Size At 5 Micron Accuracy
Next Generation Popular Compact Series of Affordable Industrial 3D Scanners: S1 Pro & S1 Pro Wide
How to - 3D Scanner for 3D Printer Reverse Engineering with Xtract3D for Solidworks: Tutorial
Polyga C506 3D Scanner with FlexScan3D Workflow Demonstration: Tutorial
Reverse Engineering in SolidWorks with Xtract3D Plugin: Tutorial
Gocator 2512: Ultra High-Speed Line Profilers for Small Parts 3D Inspection
Automatically Track Objects with the Polyga’s Vision V1 and OpenCV
Xtract3D: Cortando nuvens ou malhas, desenhando esboços e modelando em 3D
Xtract3D: Métodos de alinhamento de nuvens e malhas