World’s First INDUCTIVE Hotend – How Crazy IS IT?

Video Description

Get PCB, CNC, 3D printing, and other professional services for your projects from today's video sponsor - *PCBWay* (5$ OFF for your first order, affiliate) – https://pcbway.com/g/584K9t 👉🏻 In this video, I am testing the INo Trident 3D printer hotend by Plasmics. It is the world's first commercially sold inductive hotend, offering insanely fast and precise filament heating. But what might induction heating technology hold for the future? Well, in this video I am doing exactly that - figuring out what such a fast hotend can bring to 3D printing. *INo Trident hotend by Plasmics* - https://plasmics.com/inotrident Variable Temperature Script - https://github.com/sb53systems/G-Code-Flow-Temperature-Controller 🖤 *Support my work at PATREON* - https://www.patreon.com/PrintingPerspective ❤️ *Support my work at YOUTUBE* - https://www.youtube.com/@PrintingPerspective/join You can also support my work by buying items through affiliate links. It doesn't cost you extra and I get a small commission. 📋 ITEMS RELATED TO THE VIDEO (Affiliate): Testing equipment: - T3 PRO IR Camera - US: https://amzn.to/469wcGA EU: https://www.amazon.de/dp/B0BNKH57Z6?fbclid - Digital Calipers https://s.click.aliexpress.com/e/_DltfiOv - Digital Dial indicator https://s.click.aliexpress.com/e/_Dkwbi1f - Runout Gauge https://s.click.aliexpress.com/e/_DlqN0d5 - Digital Micrometer https://s.click.aliexpress.com/e/_Deb2NI5 3D Printers I can recommend: - Bambu Lab X1C https://shrsl.com/480se - Bambu Lab P1S https://shrsl.com/480sa - Bambu Lab A1 http://shrsl.com/4dob8 - Bambu Lab A1 Mini https://shrsl.com/4ksvj 3D Printer upgrades: - E3D HF ObXidian (complete) https://e3d-online.com/products/ass-hf-obx-bambu?aff=37 - E3D HF ObXidian (only HE) https://e3d-online.com/products/hf-obx-bambu?aff=37 - BTT Panda Touch upgrade https://shrsl.com/4lkge - BTT LED upgrade https://shrsl.com/4lkgn - BTT CryoGrip Pro Build Plate https://shrsl.com/4pvya 🕗 TIMESTAMPS: 00:00 - Resistive vs Induction heating 01:30 - Installing INo Trident 02:26 - Max Flow Rates 02:57 - Variable Temperature 3D printing 04:53 - Lowering Temp on 0-gap supports 07:06 - Lowering Temp for the Bridges 07:37 - Final thoughts 🔗 YOU CAN FOLLOW ME: Twitter: https://twitter.com/PrintPerspec #3dprinting #induction #hotend