In Part 2, we provide a hands-on experience with the hyper-speed 3D printer, Raise3D Pro3 Plus.


I can’t believe it. The Raise3D Pro3 Plus high-speed 3D printer is just amazing! In my last blog post, I talked about the specifications and features of this incredible machine. Now, it’s time to dive into the setup and operations.

Setting up the Pro3 Plus can be a bit time-consuming due to the calibration required. But don’t worry, it’s actually quite easy to do. One of the reasons for the extra calibration is the presence of two toolheads that need to be calibrated against each other. This ensures that your prints are as precise as possible. The Pro3 Plus comes with a helpful “wizard” on its front panel that guides you through each step of the calibration process. It even provides visual aids to help you along the way.

The first step in calibration is leveling the print surface. The Pro3 Plus identifies the microscopic contour of the print surface to achieve near-perfect first layers. Raise3D provides a graphical view of the findings, making it even easier to ensure a proper leveling. After this, the machine moves on to extruding material. We performed a quick test to make sure everything was in working order.

Next up is the XY calibration test. The Pro3 Plus draws a series of patterns on the print surface, and it’s up to you to identify the matching points. This data is then input into the front panel to record the calibration. This step is incredibly important to ensure accurate prints.

The Z-gap setting is also quite unique on the Pro3 Plus. Instead of adjusting the nozzle with a piece of paper, the machine squirts out a series of extrusion lines at different heights. Your job is to determine the calibration factor for the offset by identifying which line begins to wobble. This process needs to be done for both toolheads, so it happens twice. It may sound like a lot of work, but trust me, it’s actually quite fun and fascinating to witness.

During the initial setup of the machine, we had to repeat the calibration process after the Hyper Speed upgrade. This was because we replaced all the hardware that had been previously calibrated. Another calibration that was required for the Hyper Speed upgrade was the system learning the precise behavior of the toolhead’s momentum to compensate for vibrations. To achieve this, the toolhead is vibrated in different directions at high speeds, resulting in some unusual noises.

After all the calibration steps were completed, the Pro3 Plus was fully calibrated and ready to go. I have to say, the calibration process took a bit longer than expected, but the system made it foolproof and easy to follow.

Now, let’s talk about the actual printing process. Operating the Pro3 Plus is slightly different compared to other 3D printers, but it’s still relatively easy to master. The printer accepts two standard 1kg spools in its on-board mounts, which are located inside the build chamber. This is great because the spools benefit from the heat captured by the enclosure, ensuring your filament is dried out and ready for high-quality prints.

Loading filament into the Pro3 Plus is a bit more manual compared to some other systems. We found that we needed to push the filament through to the toolhead and then into the toolhead as shown. While it works, it does feel a bit “old school” compared to systems that can feed filament directly from the spool.

During print jobs, the Pro3 Plus front panel display provides all the relevant information and even gives you a view of the print in progress. Raise3D has also included an AI assistant called “Eve” on the Pro3 Plus. From time to time, Eve suggests actions to take, which we found quite reasonable. While we personally didn’t make much use of Eve, I can see how less experienced operators would benefit from her guidance.

Lastly, I want to mention how well the enclosure captures heat. I was initially skeptical, but during a print, opening the enclosure felt like unleashing a wave of heat. This ensures a stable printing environment and helps maintain consistent print quality.

In conclusion, the Raise3D Pro3 Plus high-speed 3D printer is not only packed with impressive features and specifications, but it also delivers on its promise of easy setup and smooth operations. The calibration process, although longer than expected, is straightforward and foolproof thanks to the machine’s guided wizard. And after the calibration is complete, you can enjoy precise and high-quality prints. Loading filament may be a bit more manual, but the benefits of having the spools inside the heated enclosure outweigh this minor inconvenience. The front panel display and AI assistant, Eve, make operating the Pro3 Plus a breeze. Overall, I’m extremely pleased with this printer and can’t wait to explore its capabilities further. Stay tuned for my final blog post in this series, where I’ll share my experience with the actual prints produced by the Pro3 Plus!

Title: Exploring the Intricacies of the Raise3D Pro3 Plus: Part Two


Welcome back to the second part of our three-part series on the Raise3D Pro3 Plus 3D printer. In the previous post, we discussed the printer’s impressive print quality, as well as an issue with filament jamming. Today, we will delve into its remote management system, high-speed operations, filament compatibility, maintenance reminders, and the build plate’s durability.

Remote Management and Print Dispatch:

While many remote management systems start the print job automatically and provide real-time camera views, the Pro3 Plus requires the operator to physically initiate the printing process. Despite this, we found it to be a minor inconvenience since our workstation was conveniently located next to the printer. Nonetheless, it would be beneficial if Raise3D could incorporate an automated job start feature into their future models.

High-Speed Operations and Filament Compatibility:

The Pro3 Plus allows for high-speed printing, thanks to its designated “Hyper Speed” mode. This feature, when used with Raise3D’s own Hyper Speed PLA filament, produced excellent results. However, the limited availability of high-speed filament options in different thermoplastic types and colors posed a challenge. Third-party high-speed filaments did not perform well during our tests, implying that the Pro3 Plus has specific requirements when it comes to filament usage. We hope to see Raise3D expand their high-speed filament catalog in the future, providing users with more options.

Maintenance Reminders:

One standout feature of the Pro3 Plus is its built-in lubrication reminder. This reminder, displayed on the front panel, ensures that operators perform regular maintenance procedures to enhance the printer’s longevity and performance. Unlike other 3D printers we’ve used, the Pro3 Plus prioritizes proactive maintenance, making it a valuable addition to its overall functionality.

Build Plate Durability:

The Pro3 Plus comes equipped with a BuildTak build plate, a popular adhesive surface known for its reliability. Over time, however, continuous usage can lead to wear and tear, as evidenced by the bubbling we have recently noticed on the print surface. Although this is expected given the consumable nature of the build plate, it is worth noting that a replacement will likely be required in the future. This aligns with our previous discussion on the printer’s exceptional quality but necessitates the inclusion of replacement cost and availability in future considerations.


In this blog post, we explored the Pro3 Plus’ remote management system, high-speed operations, filament compatibility, maintenance reminders, and build plate durability. While some areas require improvement, such as expanding filament options or automating print dispatch, the Pro3 Plus continues to impress with its print quality, user-friendly disassembly, and overall performance. Stay tuned for the final part of our series, where we will wrap up by addressing additional insights and providing an overall verdict on the Raise3D Pro3 Plus 3D printer.

Don’t forget to check out Part One and Three of our series for a comprehensive review.

Original source


“Why did the 3D printer go to therapy? Because it had too many layers of unresolved issues!”

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Meet the mastermind behind GCode-Guru, a 3D printing wizard whose filament collection rivals their sock drawer. Here to demystify 3D tech with a mix of expert advice, epic fails, and espresso-fueled rants. If you've ever wondered how to print your way out of a paper bag (or into a new coffee cup), you're in the right place. Dive into the world of 3D printing with us—where the only thing more abundant than our prints is our sarcasm.


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