Generic Dual Z Axis Upgrade Kit High 3D Printer Ugrades Kit for Kobra Go, 4.2cmx4.2cmx3.3cm, Black
En stock
1.52 kg
No
Nuevo
Amazon
USA
- Description: - 【Function】:Dual Z Upgrade Kit decrease the layer crinkle caused through Z vibration, completely avoids the backlog of consumables, improves the stability of 3D printing, and improves the printing performance of the 3D printer. - 【Stepper Motor 】:3D Printer Ugrades Kit still retains the design of stepper motor to ensure the glossy of the screw. - 【Running Smoothly】:3D Printer Kit with dual Z structure makes it easier to level the printer, and the two ends of the X go up and fall synchronously, which significantly reduces the difficulty and rate of recurrence of bed leveling. - 【】:Dual Z Upgrade Kit is made of metal material,which are not easy to damage.Professional manufacturing with stable performance for long time use. - 【Replacement】:Dual Z Kit direct replacement,no need for complicated tools, easy to use. Specification: - Motor Size:4.2cmx4.2cmx3.3cm - Lead Screw Length:35cm Package Includes: 1 Dual Z Upgrade Kit Note: Please allow slightly errors due to manual measurement and different monitors.
IMPORT EASILY
By purchasing this product you can deduct VAT with your RUT number
Conoce más detalles
【Stepper Motor 】:3D Printer Ugrades Kit still retains the design of stepper motor to ensure the glossy of the screw. 【】:Dual Z Upgrade Kit is made of metal material,which are not easy to damage.Professional manufacturing with stable performance for long time use. 【Replacement】:Dual Z Kit direct replacement,no need for complicated tools, easy to use. 【Running Smoothly】:3D Printer Kit with dual Z structure makes it easier to level the printer, and the two ends of the X go up and fall synchronously, which significantly reduces the difficulty and rate of recurrence of bed leveling. 【Function】:Dual Z Upgrade Kit decrease the layer crinkle caused through Z vibration, completely avoids the backlog of consumables, improves the stability of 3D printing, and improves the printing performance of the 3D printer.