News and Insights

State of 3D Printing in Canada 2026

State of 3D Printing in Canada 2026

KEY FINDINGS AT A GLANCE $1.72B Canada's 3D printing market in 2023 GRAND VIEW RESEARCH $6.75B Projected market size by 2030 GRAND VIEW RESEARCH 21.6% Canadian market CAGR 2024 to...

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3D Scanning for Quality Inspection

3D Scanning for Quality Inspection

3D scanning for quality inspection compares a physical part's measured geometry against its nominal CAD model to identify dimensional deviations, confirm conformance, and generate inspection reports. It replaces manual gauging...

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EinScan Setup & Workflow Tutorial

EinScan Setup & Workflow Tutorial

EinScan scanners follow a consistent setup and workflow logic across the range, but each model has distinct calibration procedures, scan modes, and software interfaces. This tutorial covers the complete workflow...

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Best 3D Scanners for Reverse Engineering

Best 3D Scanners for Reverse Engineering

3D scanning for reverse engineering captures the geometry of a physical part and converts it to a precise, editable CAD model. The right scanner depends on the part size, surface...

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Healthcare & Dental 3D Printing Applications

Healthcare & Dental 3D Printing Applications

3D printing is now a practical tool in dental labs, medical schools, and healthcare settings for producing study models, anatomical training aids, and custom assistive devices. This guide covers the...

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Architecture & Engineering Model Printing

Architecture & Engineering Model Printing

3D printing has replaced foam core and card stock as the standard method for producing physical architectural and engineering models. Modern FDM printers produce scale models overnight, with accuracy and...

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3D Printing for Prototyping: Industry Guide

3D Printing for Prototyping: Industry Guide

3D printing has become the fastest, most cost-effective method for physical prototyping at every stage of product development. Whether you are validating a form concept, stress-testing a functional assembly, or...

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Reducing Waste in Additive Manufacturing

Reducing Waste in Additive Manufacturing

Desktop 3D printing wastes more material than most users realise. Failed prints, excess support material, calibration runs, improperly stored filament, and poorly optimised slicer settings together account for a significant...

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Recycled Filament Options in Canada

Recycled Filament Options in Canada

Recycled 3D printing filaments are produced from post-consumer or post-industrial plastic waste. In Canada, the market for dedicated recycled filaments is growing but still limited compared to what is available...

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Eco-Friendly 3D Printing: Complete Guide

Eco-Friendly 3D Printing: Complete Guide

Eco-friendly 3D printing starts with material choice, but it does not end there. Bio-based PLA, spoolless refill filaments, waste-reducing slicer settings, and thoughtful end-of-life practices together create a meaningful reduction...

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