One of the standout features is the combination of a powerful flashlight and a precise laser, making it incredibly useful for a variety of tasks. Whether you need to illuminate a workspace or pinpoint a specific area, the Wurkkos HD01 delivers excellent performance on both fronts.

The rechargeable battery is another significant advantage, providing convenience and cost savings over time. With its long-lasting power, the flashlight remains operational for extended periods, reducing the need for frequent recharges and ensuring it’s ready when you need it.

Additionally, the RGB lights on the side of the flashlight are a neat addition. They add a fun and colorful aspect to the device, with various color options available. However, these lights serve no real practical purpose other than the bright white option, which can be handy for everyday carry (EDC) use. While the colored lights are more of a novelty, the bright white light is another useful feature for those needing a reliable EDC tool.

However, the one downside is that it tends to turn on accidentally when carried in a pocket. This can be a bit frustrating, but it’s a minor inconvenience that can be mitigated by learning how to use the lockout feature. Once you become accustomed to this, it’s easy to prevent accidental activation.

In summary, the Wurkkos HD01 flashlight is a robust and versatile tool, ideal for industrial settings and beyond. Its combination of flashlight and laser functionality, along with a rechargeable battery, makes it a reliable companion for any task. The RGB lights add a fun touch, though their practical use is limited to the bright white option for EDC purposes. Just remember to use the lockout feature to avoid any accidental switch-ons, and you’ll have a dependable flashlight that’s up to any challenge.

The post Wurkkos HD01 Rechargeable EDC Flashlight Review appeared first on Print3D.World.

From the moment I integrated the Beacon probe into my setup, I noticed a substantial improvement in the quality of my prints. The probe’s ability to measure numerous points across the bed surface means it can account for even the slightest variations and inconsistencies. This results in a highly accurate topographical map of the bed, which the printer then uses to adjust the Z-axis dynamically during the printing process.

One of the standout features of the Beacon probe is its precision. The data it collects is incredibly detailed, allowing for the creation of a finely-tuned mesh that adapts perfectly to the bed’s contours. This level of accuracy is particularly beneficial for large prints, where even minor deviations can lead to significant issues. With the Beacon probe, those concerns are a thing of the past.

Installation of the Beacon probe was straightforward, and it seamlessly integrated with my RatRig V-Core 3. The provided instructions were clear and easy to follow, making the process smooth even for someone who might not be an expert in electronics or firmware modifications. Once installed, the probe’s operation is intuitive, and its performance is consistently reliable.

Another aspect worth mentioning is the probe’s durability and build quality. It feels solid and well-constructed, capable of withstanding the demands of continuous use in a 3D printing environment. This durability, combined with its high performance, makes it a valuable addition to any serious 3D printing setup.

In summary, the Beacon 3D Printing probe is an exceptional tool that has greatly enhanced the capabilities of my RatRig V-Core 3 3D printer. Its ability to probe hundreds of points on the bed surface and create a perfectly adaptive mesh ensures that every print is accurate and high-quality. The ease of installation, precision, and durability make it a must-have upgrade for anyone looking to achieve the best possible results with their 3D printer.

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1. Build Quality: The V-Core 3.1 upgrade boasts excellent build quality. The components are sturdy, well-machined, and the overall design is robust. The frame feels rigid, contributing to better print stability.

2. Ease of Installation: Installing the V-Core 3.1 upgrade was surprisingly straightforward. The instructions provided by RatRig were clear, and the pre-assembled components made the process relatively quick. Even if you’re not an experienced tinkerer, the upgrade is manageable.

3. Improved Stability: One of the noticeable improvements is the increased stability during printing. The upgraded frame and components have minimized vibrations, resulting in smoother prints with finer details. This is particularly evident in tall or complex prints.

4. Enhanced Printing Speed: The V-Core 3.1 upgrade seems to handle higher printing speeds with ease. The improved rigidity and stability contribute to reduced vibrations, allowing for faster and more accurate printing without compromising quality.

5. Compatibility: The upgrade was compatible with my existing setup, which was a relief. The versatility in terms of compatibility allows users to enhance their current printers without overhauling their entire setup.

6. Community Support: While the RatRig community is relatively niche, it’s active and supportive. I found valuable tips and insights on forums and social media groups, making it easier to troubleshoot and optimize my printer’s performance.

7. Cost-Effectiveness: Considering the improvements in print quality and stability, I found the V-Core 3.1 upgrade to be a cost-effective solution. It’s a worthwhile investment for those looking to take their 3D printing to the next level without breaking the bank.

8. Modularity and Upgradeability: The RatRig V-Core 3.1 is known for its modular design, making it relatively easy for users to upgrade or customize various components. This can be an advantage for users who enjoy tinkering with their printers and want the flexibility to adapt to evolving needs.

9. Sturdy Frame and Rigidity: The V-Core 3.1 is often praised for its sturdy frame and overall rigidity. A stable frame can contribute to improved print quality by minimizing vibrations and ensuring more accurate prints, especially at higher speeds or with complex geometries.

10. Active Community Support: The strength of the community supporting a 3D printer can be crucial. RatRig has a community of users who share experiences, tips, and modifications. A robust community can be invaluable for troubleshooting, seeking advice, and optimizing printer performance.

11. Cost-Effectiveness: Depending on the price point, users may find that the RatRig V-Core 3.1 offers a good balance between cost and performance. The cost-effectiveness of a printer is often a key consideration for users looking for high-quality prints without breaking the bank.

12. Versatility and Compatibility: The V-Core 3.1’s compatibility with various components and its versatility in accommodating different materials and configurations can be advantageous. Users who want a printer capable of handling a range of filaments and applications may find this appealing.

13. Ease of Assembly: Some users appreciate printers that are relatively easy to assemble, especially if they are not experienced with building 3D printers. The ease of assembly can contribute to a positive out-of-the-box experience.

Conclusion: The RatRig V-Core 3.1 upgrade has undeniably improved my 3D printing experience. From enhanced stability to increased printing speeds, the upgrade delivers on its promises. If you’re looking to breathe new life into your 3D printer, the V-Core 3.1 is a solid choic

Note: Always check the latest reviews and updates from the manufacturer to ensure the most accurate and current information.

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Impeccable Build Quality: The Voron V0.2 is a testament to meticulous engineering and attention to detail. The kit arrives with high-quality components, and the assembly process, although intricate, is a joy for any true maker. The frame is robust, ensuring stability during the printing process, and every component fits together seamlessly, showcasing the dedication to achieving perfection in build quality.

Precision in Every Layer: What truly sets the Voron V0.2 apart is its ability to deliver prints with jaw-dropping precision. The CoreXY motion system, coupled with the superbly calibrated stepper motors, produces layers that seamlessly meld into one another. Whether I’m printing detailed prototypes or functional parts, the Voron V0.2 consistently delivers results that exceed expectations.

Versatile Printing Capabilities: The Voron V0.2 boasts impressive versatility, accommodating a wide range of filaments and printing temperatures. From standard PLA to high-performance materials like PETG and ABS, this printer handles them all with finesse. The heated bed ensures optimal adhesion, even with challenging materials, providing a broad spectrum of possibilities for creative endeavors.

Intuitive Electronics and Firmware: FYSETC has thoughtfully integrated electronics and firmware into the Voron V0.2. The SKR Mini E3 mainboard paired with TMC2209 silent stepper drivers contributes to a quiet and smooth printing experience. The firmware is well-tuned out of the box, and the user-friendly interface simplifies the customization process for those looking to fine-tune their printing parameters.

Community and Support: One of the unsung heroes of the Voron V0.2 experience is the vibrant and supportive community that surrounds it. Online forums and dedicated groups provide a wealth of knowledge, troubleshooting tips, and a platform for users to share their experiences and projects. This sense of community support adds an extra layer of value to the overall Voron experience.

Conclusion: In conclusion, the FYSETC Voron V0.2 Kit is a 3D printing marvel that has left an indelible mark on my maker’s journey. Its combination of impeccable build quality, precision printing capabilities, versatility, and community support positions it as a true gem in the world of 3D printers. If you are a discerning maker or enthusiast looking to elevate your 3D printing endeavors, the Voron V0.2 is more than just a kit – it’s an investment in precision and excellence that will undoubtedly redefine your printing expectations. The FYSETC Voron V0.2 is not just a 3D printer; it’s a masterpiece in motion.

The post Crafting Precision with the FYSETC Voron V0.2 Kit – A 3D Printing Marvel appeared first on Print3D.World.

Exceptional Print Quality: The standout feature of Polymaker filament is its exceptional print quality. Prints using Polymaker filament consistently showcase a level of detail and precision that exceeds expectations. Whether I’m working on intricate prototypes or functional parts, the filament’s ability to capture fine details and produce smooth surfaces is truly commendable. The layer adhesion is robust, resulting in durable and reliable prints every time.

Wide Range of Materials: Polymaker offers a diverse range of filaments, each tailored to meet specific needs. From the standard PLA to advanced materials like PolyMax and PolySmooth, the variety ensures that there’s a suitable filament for every project. The consistent quality across the entire product line reflects Polymaker’s commitment to providing options that cater to both novice users and seasoned professionals.

Ease of Use and Consistency: One of the aspects I appreciate most about Polymaker filament is its ease of use. The filament is wound neatly onto the spool, minimizing the risk of tangles or knots during printing. The consistent diameter and minimal moisture absorption contribute to a hassle-free printing experience. Filament changes are smooth, and the spools are designed for compatibility with a wide range of 3D printers.

Innovative Features: Polymaker goes beyond the basics by incorporating innovative features into its filaments. For instance, the PolySmooth filament is designed to be post-processed with alcohol vapor, resulting in a polished, layer-free finish. These thoughtful additions showcase Polymaker’s dedication to pushing the boundaries of what is possible with 3D printing.

Reliable Customer Support: Polymaker’s commitment to customer satisfaction is evident in their excellent customer support. Any inquiries or issues are promptly addressed, and their online community provides a platform for users to share tips and tricks. It’s clear that Polymaker values its users and is dedicated to fostering a supportive and engaged community.

Conclusion: In conclusion, Polymaker 3D Printer Filament stands out as a reliable and high-quality choice for 3D printing enthusiasts and professionals alike. The combination of exceptional print quality, a diverse range of materials, ease of use, and innovative features make Polymaker filament a top-tier option. If you’re looking to elevate your 3D printing projects to new heights, I highly recommend choosing Polymaker filament for a printing experience that consistently exceeds expectations. Polymaker is the only filament we use in our Etsy shop, and recommend them to anyone in the 3D Printing hobby/business!

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Precision and Accuracy: One of the standout features of the Anolex CNC is its remarkable precision. Whether carving intricate designs on wood or milling aluminum parts, the machine consistently delivered accurate results. The stepper motors and lead screws work together seamlessly, ensuring minimal play and precise movements across the entire work surface. This level of accuracy is crucial for projects that demand fine detailing and intricate patterns. It’s the ONLY kit that provides you with real linear rails on the Y and Z axis. I also upgrade to their longer, more rigid 3040 Y axis which has 2 more linear rails to make this the top-end of options for the chinese Desktop CNC market. You honestly can’t find a better kit right now.

Ease of Use: Setting up the Anolex CNC was a breeze, thanks to its user-friendly interface and clear documentation. The included software simplifies the design-to-production process, making it accessible even for those new to CNC machining. The intuitive control panel allows for quick adjustments and provides real-time feedback during the machining process. I appreciated the thoughtful design that caters to both beginners and experienced users.

Compact Design: The compact footprint of the Anolex CNC makes it an ideal addition to any workspace, whether it’s a professional workshop or a home garage. Despite its size, the machine doesn’t compromise on performance. The sturdy frame and well-engineered components contribute to its stability, ensuring consistent results even during prolonged use.

Versatility: What sets the Anolex CNC apart is its versatility. It handled a variety of materials with ease, from softwoods to harder materials like acrylic and aluminum. The machine’s versatility extends to its compatibility with different design software, providing users with the freedom to choose the tools that best suit their preferences and workflow.

Customer Support: I was pleased with the level of customer support provided by Anolex. They were responsive to inquiries, and their online community proved to be a valuable resource for tips, troubleshooting, and project inspiration. It’s evident that Anolex is committed to ensuring a positive experience for its users.

Conclusion: In conclusion, the Anolex Desktop CNC Machine is a standout performer in the realm of desktop CNC machining. Its precision, ease of use, compact design, and versatility make it a valuable tool for both beginners and experienced makers. Whether you’re crafting intricate wooden designs or prototyping parts from various materials, the Anolex CNC delivers on its promises. I wholeheartedly recommend the Anolex Desktop CNC Machine to anyone looking for a reliable and efficient CNC solution for their projects. As stated above “It’s the ONLY kit that provides you with real linear rails on the Y and Z axis. I also upgrade to their longer, more rigid 3040 Y axis which has 2 more linear rails to make this the top-end of options for the chinese Desktop CNC market. You honestly can’t find a better kit right now.”

Visit Anolex and purchase your CNC Desktop Machine Today! Click one of the links or the image below.

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PID tuning is a crucial step in optimizing the performance of your 3D printer, as it helps stabilize temperature fluctuations in the hotend and heated bed. Klipper firmware offers a straightforward method for PID tuning. Follow this step-by-step guide to achieve optimal PID values for your 3D printer.

Pre-requisites:

1. Access to Klipper Configuration Files:

• Make sure you have access to the Klipper configuration files for your printer. This is typically a printer.cfg file.

1. SSH or Terminal Access:

• You will need access to the Raspberry Pi or the device running Klipper via SSH or a direct terminal connection.

Steps to PID Tuning:

1. Connect to Klipper:

• Access the Klipper system through SSH or a direct terminal connection.

2. Heat the Hotend:

• Issue a command to heat the hotend to the desired temperature. For example:
  PRINT START GCODE SET_TEMPERATURE BED=60 SET_TEMPERATURE EXTRUDER=200

3. Run Auto PID Tuning:

• Issue the following command to start the automatic PID tuning process: PID_CALIBRATE HEATER=extruder TARGET=200
• Replace extruder with the appropriate heater name if your printer configuration uses a different name.

4. Monitor the Process:

• Observe the temperature readings during the PID tuning process. Klipper will automatically adjust the PID values to stabilize the temperature.

5. Record the Result:

• After the process is complete, Klipper will output the final PID values. Note down these values as you will need to update your configuration file.

6. Update Configuration:

• Open your printer.cfg or equivalent configuration file.
• Locate the section related to the hotend PID settings. It should look something like this:
  ini

[heater_bed]

…

[heater_extruder]

Update the PID values with the ones obtained from the PID tuning process. For example:
ini

[heater_bed]

…

[heater_extruder]

P: <new_P_value> I: <new_I_value> D: <new_D_value>

7. Save and Restart:

• Save the changes to the configuration file.
• Restart Klipper to apply the new PID values:
  RESTART

8. Verify:

• Once Klipper has restarted, heat the hotend again and monitor the temperature stability. The updated PID values should result in better temperature control.

9. Bed PID Tuning (Optional):

• If your printer has a heated bed, repeat the process for the bed heater by replacing the relevant parameters in the commands and configuration file.

Congratulations! You have successfully tuned the PID settings for your Klipper 3D printer. Regularly check and update these values if you make changes to your printer’s setup or if you encounter temperature-related issues during printing.

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One of the best highlights of the Orca Slicer for our own usage was the access to the mainsail tab right from inside of the slicer! Super convenient to not be tabbing through all of the printers, or selecting them from the dropdown in the browser.

Orca Slicer comes with default profiles for both the Voron 2.4, and the RatRig machines that we run here at Print3D; and it was much faster than superslicer’s ETA on most of our large prints. I did notice the speeds are much higher than what your stock profile usually carries, but the accelerations were a bit lower than our settings. I opted to increase the accel and tune the flow rate on this new slicer. Tons of calibration options are built-in as well, and give you most all features of Superslicer but with things like the Arachne wall-line code upgraded and not out-of-date beta versions.

Don’t hesitate to give this all new slicer a try, it’s definitely worth it! Sign-up on the forum for access to our custom profiles.

https://github.com/SoftFever/OrcaSlicer

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Shipping & Packaging

The shipment was quite impressive as once we paid, it was marked shipped within 24 hours. We had tracking numbers within 48 hours, and the boxes arrived via FedEx within 7 days to our US east-coast address. The interior of the packages was very impressive with foam cut-outs and packaging for each and every item. I unboxed the items, downloaded the BOM and was able to verify everything was accounted for within minutes. You can locate the BOM on their GitHub page in the resources above.

Part Quality

We are going to go over part quality next, because it’s the main reason people decide to build Voron machines. They are ready to upgrade from the traditional v-slot wheels and wobbly lead-screws and looking for more speed and part quality. FYSETC quality is on par with any american printer I have seen so far, and I would even venture to say with regards to the mechanical aspects of the printer it’s on par with RatRig all the way. The only except to quality vs RatRig kit is the motors, I am a big fan of LDO motors and they are just more robust and hold up in my opinion. The FYSETC motors have given me no issues yet, but are not rated to hold the current that the LDO motors are. I plan to increase current and heat-sink the stepper motors once I start ramping up the speed. Overall quality is definitely an A grade, not your average chinesium bullshit. I will say that the amount of parts they included will surprise you as well, I had parts to build modifications I had planned such as klicky probe and more which was awesome! My kit even had the raspberry pi 3B in it, which I cannot find anywhere much less in a kit.

Build Time & Instructions

There are SO many 2.4 Voron build instructions on the internet I am not planning to break down my entire build, but I will say even with my experience I spread my build out over a weeks time. The main thing is to ensure your frame is square, and you take your time with the electronics to set them up how you want. Clean and neat is the goal, to ensure future mods are easy to do. The FYSETC R1 kit does not come with an afterburner PCB so I am still using the cable chains, but the kit was awesome and everything fit perfectly into the chains; so you can NOT complain! Oh and I chose to use a single X axis linear rail, and have had no issues whatsoever.

Price vs Value

With all the different kits available on the internet, I would say the FYSETC kit stood out to me for the price vs value the most. The sale i purchased had my entire kit for 750$ shipped, and I got the Pi3B, and a CNC kit with the whole VORON setup for that price. You can NOT build a CoreXY with those parts cheaper anywhere else, and FYSETC has this market figured out. Is the Price vs Value worth it? HELL YES!

Overview

The FYSETC Voron 2.4 R1 kit is the best bang for the buck Voron 2.4 you are going to find on the internet, hands down. I have the thing up and printing within a week and it looks amazing. Now I have to mention that the firmware needed some work, so we took it upon ourselves to make some sensorless homing firmware and are maintaining that firmware within the Print3D GitHub repo! Go buy a Voron kit from FYSETC and don’t forget to use our firmware today.

• Top Quality Linear Rails
• Raspberry Pi Included
• CNC Parts Included should you want or need them
• Easy to assemble, no modifications needed
• Great support for Spider board on the internet
• FYSETC is super responsive to issues and concerns
• Amazing machine for the price, an entire Voron for under 1,000$ cannot be beat!

The post FYSETC Voron 2.4 R1 Kit Review appeared first on Print3D.World.

If you have questions or issues with our firmware, do not hesitate to sign-up on the forums and ask for help. We will have FYSETC taking part in the forums and listening to your feedback as well. I hope to continue growing our community not only with the RatRig, but Voron members as well!

UPDATED as of 3/24/2023

• Klicky Probe as Z Endstop, Bed Mesh Probe, and QGL probe
• Disabled purge bucket temporary (to get Klicky working was quite a headache)
• Basic G-Code and Macro changes to convert from RatRig to Voron
• Download latest firmware here, or via the GitHub

https://github.com/Print3DWorld/Voron2.4-FYSETCSpider

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