Creality K1C 3D Printer: in-depth review, testing with Nylon Carbon Fiber, ASA, TPU, PETG+, PLA PRO

Overview

The Creality K1C emerges as an upgraded version of its predecessor, the K1, embodying user feedback and technological advancements to provide a refined 3D printing experience. This machine, maintaining the fully enclosed design that characterized the original K1, introduces several enhancements aimed at elevating print quality, reliability, and user experience. Noteworthy is its continuity in employing clipper-based firmware, coupled with an all-metal gear extruder, and other upgrades facilitating a broader material compatibility and smoother operation.

Design and Build Quality

The K1C retains the robust, one-piece die-cast metal frame and fully enclosed structure, ensuring stable and consistent printing conditions. The enclosure, made of acrylic panels, a top cover, and a glass door, supports a conducive environment for printing with a wide array of materials by regulating temperature and reducing external interferences. Furthermore, the addition of a built-in camera for monitoring prints and minor yet substantial improvements like the carbon air filter and silicone wiping strip enhance the overall functionality and maintenance ease.

Technical Specifications and Performance

Equipped with a core XY kinematic system and powered by an Ingenic X2000 dual-core processor, the K1C is designed for precision and speed, boasting a maximum printing speed of 600 mm/s. The heating capabilities of its nozzle and bed, reaching up to 300°C and 100°C respectively, ensure compatibility with high-temperature materials. This, along with the upgraded tri-metal heat brake and hardened steel nozzle, significantly broadens the range of printable materials, including carbon fiber filaments straight out of the box. The printer also comes with quality-of-life features such as Wi-Fi and offline USB drive printing, a color touchscreen, and silent stepper drivers for a quieter printing experience.

Usability and Software

The machine offers a straightforward setup process and user-friendly interfaces, making it accessible to beginners while offering depth for experienced users. The calibration process is streamlined with a self-check wizard, ensuring optimal operation conditions from the start. Notably, the printer operates with Creality's own slicing software, which may limit customizability to an extent; however, the potential for future firmware updates could open up more options for users preferring other slicers.

Print Quality and Speed

The K1C stands out for its improved print quality over its predecessor, achieving higher surface quality and better vibration compensation. It navigates the balance between speed and quality adeptly, offering fast print times without compromising on the intricacies of the final product. This machine proves its capability in handling various test prints from straightforward models to intricate, design-intensive projects, showcasing its versatility and reliability across different filament types.

Pros and Cons

Among the K1C's strengths are its significantly improved print quality, wide material compatibility, enhanced user interface, and no assembly required, making it highly appealing to both novices and seasoned 3D printing enthusiasts. However, it does have areas for improvement, including the need for more accessible firmware and software options, and the manual finetuning required for optimal first-layer prints. The quick swap hotend feature, while improved, also leaves room for further refinement.

Conclusion

In summary, the Creality K1C represents a solid progression from the K1, addressing previous models' shortcomings and introducing meaningful upgrades that enhance its usability, flexibility, and performance. Its blend of quality, speed, and broad material support, paired with a user-friendly experience and minimal setup requirements, positions the K1C as a compelling option for users seeking a versatile and reliable 3D printer. With its set of innovations, the K1C stands as a recommended choice for anyone looking to delve into or expand their capabilities in 3D printing.