UAS Additive Strategies 2026
AMS X

Cold spray of a permanent magnet to the inside surface of a cylinder

Formnext
IMTS

Share this Article

This video shows the additive manufacturing process of a permanent magnet being sprayed onto the interior surface of a cylinder. The process used is called cold spray where a mix of materials in powder form is accelerated to supersonic speeds in gas jet to impact with the surface of a part. The particles undergo a plastic deformation and adhere to the surface. A robot is used to control the deposition of the cold spray into a spiral form that can be later used to create an electric motor. Video: National Research Council Canada Read more at 3DPrint.com: https://3dprint.com/201686/magnets-cold-spray-am/


Share this Article


Recent News

JAECOO to You Too: How China Works

The Rise of IP: The First Emoji 3D Printer Is Here. Don’t Rule Out Star Wars Next.



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

AM Asia Watch: China Exported 2.46 Million 3D Printers in Four Months

China’s consumer 3D printer industry seems to be reaching a new level of global dominance. According to Chinese state media outlet China Global Television Network (CGTN), China exported 2.46 million...

Creality’s Listing: A Sign That China’s Consumer 3D Printing Has Entered a New Phase of Global Competition

Just days ago, the bell rang at the Hong Kong Stock Exchange (HKEX) for Creality. The company opened at HK$33.80 per share, up from the IPO price of HK$18.8, giving...

AMPulse Asia: Creality IPO Headlines APAC 3D Printing Market Roundup

Asia’s additive manufacturing sector spent the back half of May moving capital and capacity, not just demos. Chinese desktop and consumer printer makers pushed onto public markets, metal powder producers...

Featured

Bambu Launches A2L: What the New Printer Reveals About Its Strategy

Bambu Lab continues its relentless march for 3D printing domination with the launch of the A2L. The 330 × 320 × 325 mm printer will have a nozzle temperature of...