The Exciting New Features of Anycubic’s Kobra 2 Pro 3D Printer
At the forefront of the 3D printing industry, Anycubic has been consistently releasing innovative and reliable printers that cater to the needs of both professionals and hobbyists. Their latest offering, the Kobra 2 Pro, has received a lot of attention and we couldn’t wait to get our hands on it for testing.
Anycubic is a well-known manufacturer that specializes in producing affordable and user-friendly desktop 3D printers in various forms such as FFF, MSLA, and DLP. Having previously reviewed the Kobra 2, we were eager to see how the new and improved Kobra 2 Pro performed.
The original Kobra 2 was known for its impressive speed, being capable of reaching up to 250mm/s. However, it lacked the firmware features needed to compensate for vibrations, limiting its maximum operating speed to 150mm/s. With the Kobra 2 Pro, Anycubic has addressed this issue by incorporating vibration compensation in the firmware, allowing for even faster and smoother prints.
The Kobra 2 Pro closely resembles its predecessor in terms of specifications and appearance. In fact, upon receiving the product, we initially mistook it for the Kobra 2 due to their striking similarities. Both printers offer a generous build volume of 220 x 220 x 250 mm and feature a spring steel print plate coated with PEI, which can be heated up to 110C for optimal adhesion with warp-prone materials.
Both the Kobra 2 and Kobra 2 Pro are equipped with single extruders that are compatible with 1.75mm filament and 0.4mm nozzles. The hot end can reach temperatures of up to 260C, enabling the printing of various materials, including flexible filaments. Additionally, the cooling fan operates at a rapid speed of 7000rpm, ensuring efficient cooling during high-speed printing operations.
While the physical characteristics of the Kobra 2 Pro closely resemble those of its predecessor, there are a few subtle differences. Anycubic has provided a quickstart guide for experienced users, as well as a comprehensive multi-page instruction manual for those who require more detailed assistance during assembly. Speaking of assembly, it’s worth noting that the Kobra 2 Pro does require some minor assembly, but this process is straightforward and hassle-free.
One notable change from the Kobra 2 is the inclusion of three USB-A ports on the Kobra 2 Pro, rather than a single USB-C port and a MicroSD slot. While one USB-A port seems to be reserved for potential camera usage (though details are scarce), the other two ports can be used to access files for printing. What sets the Kobra 2 Pro apart from other printers is the fact that these USB ports are conveniently accessible from the touchscreen, giving users greater flexibility in file transfer.
Upon unboxing the Kobra 2 Pro, we were impressed with Anycubic’s meticulous packaging, ensuring that all components arrived safely. The main task in assembly was attaching the gantry to the base, a simple process made easier by the notch provided for precise placement. However, we did encounter a minor challenge when attaching the extruder to the X-axis. The bolts required for this step were slightly difficult to access, but with some patience and repeated attempts, we were able to mount the extruder successfully.
One aspect that gave us a moment of pause during assembly was the labeling of the cables. While Anycubic made an effort to label each cable to prevent confusion, we discovered that some cables had the same labels, particularly the ones for X-axis operation. This oversight may lead some users to accidentally plug the wrong connectors, potentially damaging the device. We highly recommend taking note of the cable sizes and carefully confirming the correct connections based on that information.
Lastly, the cable connecting the touchscreen to the controller appeared more intricate compared to the one used in the Kobra 2, indicating a noteworthy difference in the functionality of the unit. Unfortunately, we were unable to find detailed information regarding this change from Anycubic.
In conclusion, the Anycubic Kobra 2 Pro is a promising addition to their lineup of high-quality 3D printers. With its increased speed and enhanced firmware, this printer holds the potential to significantly improve efficiency and productivity. While some minor improvements in labeling and cable management could be made, the overall assembly process was smooth and the printer appears to be a reliable option for both enthusiasts and professionals alike. Stay tuned for parts two and three of our review series to learn more about the printing capabilities and final verdict of the Anycubic Kobra 2 Pro!
Title: A Closer Look at the Anycubic Kobra 2 Pro: Taking Print Quality to New Heights
Introduction:
Welcome to this blog post where we dive deep into the world of 3D printers and take a closer look at the Anycubic Kobra 2 Pro. This 3D printer boasts some impressive upgrades, specifically designed to handle high-speed operations and deliver exceptional print quality. However, it’s important to be mindful during the assembly process to avoid any potential issues. Join us as we explore the new features and address some key concerns along the way.
A Tangle-Free Solution:
One of the main highlights of the Anycubic Kobra 2 Pro is its improved cable management system. While many companies offer traditional tie wraps, Anycubic has taken it a step further with the introduction of innovative clips. In fact, the Kobra 2 Pro is equipped with even more advanced clips that are incredibly efficient. These clips can be easily removed and reused, simplifying maintenance tasks. Gone are the worries of tangled cables, ensuring a smoother printing experience.
The Floppy Filament-Out Sensor:
As we examine the Kobra 2 Pro, we notice the filament-out sensor, which might seem loosely mounted on the left side of the machine. However, this design is intentional, as it allows the sensor to adapt and twist accordingly when the filament is being fed into the machine. This ensures a consistent and reliable feeding process, ultimately contributing to the printer’s enhanced performance.
Addressing the Loose Y-Axis Issue:
During our inspection, we noticed a recurring issue with the Y-axis of both the Kobra 2 and Kobra 2 Pro. It appears that during shipment, the Y-axis has a tendency to loosen up. Anycubic should investigate this matter further to prevent any inconvenience for their customers. While the bolts holding down the Y-axis are not easily accessible from underneath the machine, a simple solution is available. By removing the heated print plate, these bolts can be accessed, tightened, and restored to their proper position. This ensures a stable Y-axis, eliminating any chances of plate wobbling while printing.
Conclusion:
After spending some time assembling the Anycubic Kobra 2 Pro, we are pleased with the upgrades and advancements it offers. From the improved cable management system to the impressive filament-out sensor, this printer is designed to make your 3D printing experience smoother and more efficient. However, it’s crucial to double-check the tightness of the Y-axis bolts to avoid any potential plate wobbling during printing. Stay tuned for the upcoming parts of this blog series, where we’ll delve deeper into the print quality and overall performance of the Anycubic Kobra 2 Pro.
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