Enhance the precision and performance of your 3D printing projects with this advanced Nozzle Input Shaper, designed specifically as an essential accessory for VORON 2.4 printers. Crafted from premium PCB material, this compact and durable module ensures stable operation and a long service life, making it a reliable upgrade for your printhead system. Key Features: · Easy Installation: The nozzle input shaper mounts directly on the printhead, providing a robust setup that closely aligns with the actual print path. Its XYZ sensors correspond precisely to the machine’s movements, simplifying calibration and improving print accuracy. · Premium Performance: Equipped with a high-accuracy data module featuring a built-in STM32F042 MCU, this input shaper delivers enhanced signal processing. The zh1.5 USB interface minimizes jitter and offers greater stability compared to standard Type-C connections. · Durable Construction: Made from high-quality PCB material, the input shaper offers reliable durability and consistent performance, ensuring longevity even under continuous use. · Essential 3D Printing Tool: This nozzle input shaper is an indispensable upgrade for 3D printers, reducing vibration effects and improving print quality, especially on complex or high-speed prints. · Compact Size: Measuring approximately 25 x 20 mm (0.98 x 0.79 inches), the module is lightweight and unobtrusive, fitting seamlessly onto your printhead without adding bulk. Important Notes: Never leave the nozzle input shaper connected while heating the nozzle, and always remove it after completing measurements to prevent damage. This product comes pre-installed for Klipper firmware compatibility, ensuring straightforward integration with your 3D printer setup. Specifications: · Item Type: Nozzle Input Shaper · Material: PCB · Applicable Models: VORON 2.4 Accessory Nozzle · Size: Approx. 25 x 20 mm (0.98 x 0.79 in) Package Includes: · 1 x Nozzle Input Shaper Upgrade your 3D printer with this precision-engineered nozzle input shaper to achieve smoother, more accurate prints with reduced vibrations and enhanced reliability.