1 PCS - Artillery Parts & Artillery Heating Kit

An artillery heating kit for a 3D printer is a set of components and elements that are used to improve the heating performance of the printer's critical parts, such as the print bed or hotend. This kit helps maintain stable and precise temperature control during the 3D printing process.

Details:
Heater (A0393)
● Compatible with all versions of the Genius and Sidewinder .
● 24V, 64W, VH3.96 Terminal.
● Length: about 75mm.

Heat Block (A0396)
● Material: Aluminum
● Dimensions: 20 * 20 * 12mm

Thermistor (A0394)
● NTC100K built-in thermistor
● 3X5mm terminal XH2.54 2PIN male head
● Terminal cable length: 70mm

Nozzle (A0395)
● 0.4mm volcano nozzle

Throat (A0395)
● Inside diameter: 4.1mm

Features:
● Enhanced Heating: The heating kit typically includes high-quality heating elements, sensors, or heating pads that are designed to provide reliable and efficient heating to specific components like the print bed or hotend.
● Temperature Control: It often comes with advanced temperature control mechanisms and sensors that enable precise regulation of temperature, ensuring consistent and accurate printing conditions.
● Quick Heating: Many artillery heating kits are engineered for rapid heating, reducing the time required to reach the desired operating temperature for 3D printing.
● Compatibility: The kit is designed to be compatible with specific 3D printer models or configurations, ensuring a seamless integration with the printer's existing components.
● Ease of Installation: It is user-friendly and typically includes clear instructions for installation, making it accessible to both beginners and experienced 3D printing enthusiasts.
● Improved Print Quality: By maintaining stable and controlled temperatures, the artillery heating kit can contribute to better adhesion of print materials to the bed, reduced warping, and overall improved print quality.
● Reliability: These kits are often sought after to enhance the reliability and performance of 3D printers, especially when working with materials that require precise temperature control.