Omar Khalid
The ProtoCycler is a device that recycles waste plastic into 3D printer filament. It was invented by three engineering physics students at the University of British Columbia in Canada to address the problem of plastic waste generated by 3D printers. The device can grind up all kinds of waste plastic, including plastic bags, bottles, and takeaway food containers, and turn them into filament that can be used in a 3D printer. The ProtoCycler is fully integrated with a grinder, extruder, and spooling system, and it is also computer-controlled, allowing for the automation of common plastics like PLA, ABS, and PET. The device is not only environmentally friendly but also cost-effective, as it reduces 3D printing filament costs by up to 80%.
| Characteristics | Values |
|---|---|
| Purpose | To recycle waste plastic into 3D printer filament |
| Plastic Sources | Plastic bottles, 3D-printing cut-offs, takeaway food containers, failed prototypes, styrofoam, plastic pellets |
| Plastic Output | Clean spool of plastic filament |
| Cost | $699 |
| Energy Usage | Up to 75% less energy than competitors |
| Additional Features | Integrated grinder, extruder, and spooling system, computer-controlled, filament cooling system |
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What You'll Learn
The Protocycler can recycle plastic bags
The Protocycler has three main parts: a grinder, an extruder, and a spooler. The grinder first grinds the plastic into coarse particles about the size of rice grains. The extruder then melts the plastic at a lower temperature than competing systems, allowing it to operate with a wider variety of plastics. Finally, the spooler spreads the melted plastic evenly onto a spool.
The Protocycler is fully automated and computer-controlled, allowing for the recycling of common plastics like PLA, ABS, and PET. It also comes with preloaded settings for ABS and PLA, the most commonly used 3D printing materials. The system can also learn and optimize new plastics using artificial intelligence. The Protocycler is certified to global standards for thermal, electrical, and mechanical safety and is FCC/CE compliant.
By recycling plastic bags and other plastic waste into 3D printer filament, the Protocycler helps reduce plastic waste and provides a more sustainable option for 3D printing. It also offers a wide range of colour options and can create higher-quality filament at a lower cost than store-bought options. The Protocycler is a innovative solution for both environmental concerns and filament costs.
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It can also recycle other plastic waste
The ProtoCycler is a device that can recycle waste plastic from 3D printers (rafting, support material, failed prototypes, etc.) or post-consumer plastic waste (water bottles, styrofoam, takeaway food containers, plastic bags, etc.) back into 3D printer filament. It can recycle any type of plastic with a recycling code. This includes commonly used plastics like PLA, ABS, and PET.
The device has three main parts: a grinder, an extruder, and a spooler. The grinder first breaks down the plastic into coarse particles about the size of rice grains. The extruder then melts the plastic particles at a lower temperature than competing systems, allowing the ProtoCycler to operate with a wider variety of plastics. Finally, the spooler spreads the melted plastic evenly onto a spool.
The ProtoCycler is fully automated and computer-controlled, allowing for the recycling process to be completed with minimal user input. It also comes with advanced software that tracks over 20 parameters related to filament extrusion, enabling users to experiment and create new materials. This software is powered by artificial intelligence, allowing it to learn and optimize new plastics.
The ProtoCycler is a great tool for reducing plastic waste and promoting sustainability in 3D printing. It eliminates 3D printing waste and provides a more affordable and environmentally friendly alternative to store-bought filament.
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It can use raw virgin plastic pellets
The ProtoCycler is a device that can recycle waste plastic from 3D printers or post-consumer plastic into 3D printer filament. It can also use raw virgin plastic pellets to create filament. The device was invented by three engineering physics students at the University of British Columbia in Canada to address the problem of 3D printing waste.
The ProtoCycler has three main parts: a grinder, an extruder, and a spooler. It can take in waste plastic or raw virgin plastic pellets, and dye can be added to change the colour. The device is fully integrated and automated, with the grinder, extruder, and spooling system enclosed in a box. It is also computer-controlled, allowing for the automation of common plastics like PLA, ABS, and PET. The ProtoCycler features MixFlow technology, which provides consistent extrusion and a real-time diameter feedback loop to ensure the process runs smoothly.
The grinder section of the ProtoCycler is relatively simple, with two strong toothed wheels that bite into the plastic and break it into small chunks. The extruder is more complex, and the ProtoCycler features an intelligent extruder system to ensure optimal performance. The ground-up waste or raw plastic pellets are fed into the hopper, where they are pressurized by the auger/stator assembly. They then move into the hot section, where they are mixed, melted, and filtered to create a uniform molten plastic mixture.
The ProtoCycler offers a cost-effective and sustainable solution for 3D printing filament. It reduces 3D printing filament costs by up to 80% and allows users to recycle their waste plastic into new filament. The device is safe for use in labs and classrooms and provides a wide range of colour options for filament creation. The ProtoCycler also comes with advanced software that allows users to experiment and create new materials for 3D printing. This software, called Command Center, can track over 20 parameters related to filament extrusion and can be safely run on autopilot.
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The device is fully automated
The Protocycler is a fully automated device that recycles waste plastic into 3D printer filament. It was invented by three engineering physics students at the University of British Columbia in Canada with the aim of reducing plastic waste generated by 3D printers. The device can recycle various types of waste plastic, including plastic bottles, 3D printing cut-offs, takeaway food containers, and used prototypes, turning them into clean filament for 3D printing.
The Protocycler is easy to use and does not require a skilled operator. It comes with preloaded settings for ABS and PLA, the most commonly used 3D printing materials. The system can also learn and optimise new plastics using artificial intelligence, allowing for a wide variety of materials to be fed into the machine. The device is fully integrated with a grinder, extruder, and spooling system, all enclosed in a box.
One of the key features of the Protocycler is its automation capabilities. It is fully computer-controlled, allowing for the automation of common plastics like PLA, ABS, and PET. The device also includes software that can be hacked to allow complete control of the system for experimentation. This makes the Protocycler a versatile and customisable tool for users who want to create and modify their 3D printing filament.
The Protocycler's grinder is a simple mechanism that uses two strong toothed wheels to bite into the plastic and break it down into small chunks. The extruder is a more complicated component that has been designed to be smart to improve its performance. The device also features a filament cooling system and an intelligent spooling system, ensuring that the filament is evenly spread and cooled before being spooled.
Overall, the Protocycler's full automation and ease of use make it a unique and innovative device for recycling waste plastic into 3D printer filament. Its advanced technology and customisation options make it a powerful tool for both environmental sustainability and creative experimentation in the 3D printing space.
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It can be hacked for experimentation
The Protocycler is a device that can recycle waste plastic into 3D printer filament. It can process waste plastic from 3D printers (rafting, support material, failed prototypes, etc.) or post-consumer plastic (water bottles, styrofoam, food containers, etc.). The device has three main components: a grinder, an extruder, and a spooler. It can use waste plastic or raw virgin plastic pellets, and dye can be added to change the colour.
The Protocycler can be hacked for experimentation in two ways: by hacking the hardware with the included software, or by hacking the software itself. The device is designed to be fully hackable so that users can modify it as they see fit. The software allows users to experiment and create new materials for 3D printing by tracking and changing over 20 parameters related to filament extrusion. This includes temperature, pressure, extrusion speed, cooling rate, diameter, and spooling tension.
The Protocycler's grinder is a simple mechanism consisting of two strong toothed wheels that bite into the plastic and break it into small chunks. The extruder is a more complicated component, and the process of making it “smart” is key to the device's functionality. The Protocycler's innovative mechanical design, which is subject to a pending patent, isolates the extruder auger from the melt zone. This prevents the problem of plastic hardening around the auger when it cools, which can otherwise require extreme measures to remove.
The Protocycler's software is powered by artificial intelligence, allowing it to learn and optimize new plastics. It can be safely run on autopilot, and frequent firmware updates ensure that the system remains top-class. The software's accessibility and comprehensiveness enable users to easily understand which parameters to change when prototyping new filaments.
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Frequently asked questions
The Protocycler is a device that recycles waste plastic into 3D printer filament. It was invented by three engineering physics students at the University of British Columbia in Canada.
The Protocycler can recycle any plastic with a recycling code, including plastic bottles, 3D-printing cut-offs, takeaway food containers, and LEGOs.
The Protocycler has three parts: a grinder, an extruder, and a spooler. First, the plastic is fed into the grinder, which grinds it into coarse particles. Then, the extruder melts the plastic at a lower temperature than competing systems, allowing it to operate with a wider variety of plastics. Finally, the spooler spreads the melted plastic evenly onto a spool.
The Protocycler has a pre-sale price of $700, with a kilogram spool of filament costing $5 if you buy their special plastic pellets.
