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Original CNC Kitchen Volcano Adapter Version 3
$8.06
NEW: Nickel-plated copper adapter High thermal conductivity copper Low-friction nickel plating Almost step-less design with 2mm hex for optimal extrusion performance Improved design for hot-tightening 2 mm hex key included Use any standard length V6 nozzle on a printer with volcano hotend Specially designed to be used together with Bondtechs CHT nozzle to improve the flow performance of your volcano hotend Usable up to 400°C Suitable for all materials, even abrasive ones (CF, wood, glow in the dark) Intended use This brass adapter can be used to install any standard length V6 into a Volcano heater block. It bridges the 8.5 mm length difference between standard and volcano nozzles. This way, you don’t need separate nozzles for your different hotends. All standard nozzles will now also fit a Volcano heater block. Installation Stick the adapter onto a 2.0 mm Straight Hex Key and carefully screw it into the HOT heater block from the bottom. The temperature should be at least your usual printing temperature. Please don’t use a Ball End Hex Key because that can strip the hex in the adapter. Tighten it carefully to around 0.5 – 1.0 Nm. Install your standard length V6 nozzle as usual. Make sure there is a small gap between the nozzle and the heater block. This ensures that you tightened the nozzle against the adapter and not the heater block. Otherwise, plastic might leak through the threads. Credits: This adapter is based on an idea from Nitram who is the father of the VolcoMosq heater block!
Original CNC Kitchen Einschmelzhilfe / Soldering Tips M2 - M8
$16.59
Your perfect tool to install threaded inserts in 3D-Printed parts!
I tried Injection Molding using a 3D Printer!
27KLikes
939,069Views
2024Jun 22
At https://www.kiwico.com/cnc and code CNC, you'll get 50% off your first month of KiwiCo's monthly subscription! I wanted to find out if I can use a 3D printer as an injection molding machine. I printed molds using resin and then injected the molten plastic using a hotend. But how well did it work, what are the limitations and what could this method be useful for? Let's find out more! Check out our CNC Kitchen products at https://cnckitchen.store/ or at our global resellers https://www.cnckitchen.com/reseller Volcano Adapters V3: https://cnckitchen.store/de/collectio... Formlabs Form 4 (affiliate): https://geni.us/kcc4wlA Formlabs Rigid 10k Resin (affiliate): https://geni.us/6nEl Prusa MK4 (affiliate): https://geni.us/CNCKPrusa Takoto He50: https://www.advanced3dprinters.com/pr... 💚 Support me 🙏 Patreon:   / cnckitchen   Join as a YouTube member! Shop at Matterhackers(US): http://www.matterhackers.com/?aff=7479 Buy a Bambu Lab printer 🐼: https://geni.us/BambuP1S Buy a Prusa printer: https://geni.us/CNCKPrusa Shop at SliceEngineering: https://www.sliceengineering.com?p=rJ... Shop at 3DJake(EU): https://geni.us/zHvnB PayPal: https://www.paypal.me/CNCKitchen 🎙Check out my Podcast with Thomas Sanladerer:    / @themeltzone   Follow me on Twitter:   / cnc_kitchen   Follow me on Instagram:   / cnckitchenyt   Chapters 00:00 Introduction 01:11 Making a Mold 04:25 Sponsor 05:48 1st Attempt: PLA 07:31 High-Speed PLA 08:30 Why all of this? 09:42 Mold Pre-Heating 11:53 Switching Printers 15:25 Injection Molding with TPU 16:08 Building the Über-Extruder 17:39 Summary #3Dprinting #DIY #injectionmolding DISCLAIMER: Part of this video was sponsored by KiwiCo. FTC Disclaimer: A percentage of sales is made through Affiliate links

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CNC Kitchen

668K subscribers