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Check out my 2nd channel, TT Racing: @ttracingYT It’s time for some home based injection molding. I’ve had this machine since 2014, but it has been sitting idle for a while now, due to an error on my part. Previously, I attempted to mold some bespoke silicone washers to seal the machine, and did manage to mill a two part aluminium mold ready for recycled plastic. In this video, I make some further repairs and alterations and finally put through some shredded PLA with frustrating results. Is it worth more modifications and testing? At the moment, I think not. Please note that this machine is sold to suit 110V mains voltage. In Australia we use 220V, and I’m pretty sure I removed one heater and converted the other. If you also use 220V, you would need to do the same or use a step down converter. It’s also worth noting that this machine was never intended to be used with this type of plastic. If I were to stick to the original Plastisol material, it would likely have been flawless. 0:00 Introduction 0:42 Recap Part 1: Part 2: 2:09 Silicone o-rings (again) 2:50 New PID controller (with autotune!) My new controller from eBay: 3:47 Additional chamber heater 4:13 Hose repair 4:28 The compressor gives up 4:42 Machine modification to use a plunger mechanism 6:54 PLA tests and (poor) results PLA injection molding guidelines: 10:02 Virgin ABS (worse) results 11:10 Hot glue test CNC Kitchenm hot melt glue filament video: 12:10 Evaluation Recycled plastic sheets video: Industrial injection molding video: Buster Beagle 3D: 13:25 Conclusion Buy quality and affordable filament from X3D. Buy 3, get 1 free and a free sample pack with every order: Get Quality Resins from 3D Printers Online. 5% off storewide for Teaching Tech subscribers [Code: tech5] Take a look around and if you like what you see, please subscribe. Support me on Patreon:
