While low-cost, entry-level desktop or handheld 3D scanners introduce basic scanning concepts, they often leave students with noisy, uncalibrated surface meshes rather than actionable measurement data. To bridge the gap between classroom theory and modern manufacturing practices, engineering labs must adopt true metrology-grade 3D scanning workflows.
The Canadian defence manufacturing landscape reached a pivotal turning point with the announcement of a $2 billion contract awarded to General Dynamics Land Systems-Canada (GDLS-Canada). This award expands the Armoured Combat Support Vehicle (ACSV) platform by 190 units, along with an additional 35 units designated for international assistance, bringing the total production run to 550 vehicles built on the LAV 6.0 chassis.
In modern education, the makerspace has evolved from a luxury to a critical component of the engineering and technical curriculum. A well-designed makerspace provides students with the tactile experience necessary to bridge the gap between theoretical physics and real-world application. However, building the perfect lab is not a one-size-fits-all endeavor. It requires a strategic alignment of hardware, software, and support that scales with the institution's goals and the complexity of the curriculum.
RAPID isn't just the biggest additive manufacturing event in North America; it's where manufacturers unveil their latest innovations to the world. As exhibitors at the heart of the event, the GoEngineer team spent the week digging into the latest hardware and software advancements poised to deliver immense value to our customers.
In 2026, Canadian manufacturers face tighter margins, higher quality expectations, and ongoing labour shortages, but also a rare opportunity. Quality inspection is becoming a competitive advantage, not just a compliance function, and recent changes to the SR&ED program mean advanced inspection and metrology investments may now qualify for significant government support. Manufacturers that modernize their inspection processes with digital workflows and 3D scanning will be better positioned to reduce risk, move faster, and protect their margins.
SOLIDWORKS is an impressive 3D modeling software widely used in the engineering and design industry. While it excels in creating 3D models from scratch, there are times when you need to work with existing physical objects. In these cases, 3D scanning technology and software come to the rescue. In this article, we'll show how to 3D scan inside SOLIDWORKS using the Geomagic for SOLIDWORKS add-in.
3DEXPERIENCE World 2025 is heading to Houston, TX, from February 23-26, and we are excited to be a part of it! As always, GoEngineer will host a Customer Appreciation Night and offer a variety of technical sessions led by our outstanding technical team. There will be many opportunities to learn, network, and have a great time. This guide will provide a brief preview of this year's event and give you a glimpse of what to expect.
Automated scanning can be a great benefit to inspection and reverse engineering workflows. The less operator intervention required to complete a proper scan, the better. The Artec Micro II is an accurate, automated, turntable-style scanner, and Artec Studio 18 software pairs brilliantly with it.
Artec 3D has done it again. On the heels of the new and improved Artec Spider II comes the Artec Point - their first handheld blue laser scanner.