Description
Want a hot end that will keep up? This is an excellent option, with flow rates more than double a traditional high flow hot end.
Offered in both Air and Water Cooled (great for higher temp applications!) this is one of the premier hot ends on the market!
Experiment and model links:
https://drive.google.com/drive/folders/1OZ63PyMMLdxiBmocW5_eKUTc0mskB0GJ
Description:The CHC XL is a high flow hot end designed specifically for high speed FDM printing. It has a lightweight design with ceramic heating elements to reduce dead weight at high speeds. It is compact and ruggedized to reduce your cost of operation.
Highlights:-Compact form factor and light weight.-High flow rate to meet the requirements of high-speed printing.-Air-cooled and water-cooled options, even if your heater chamber is up to 120 (water cooled) degrees it can still print normally.-Thanks to the patented multiple thermal break design, the cold end of the heat breaker can be kept at a lower temperature, which reduces the requirements for environment and heat dissipation, and also reduces the occurrence of thermal creep and improves the success rate of printing.-Embedded temperature sensor for more accurate temperature control.-Rugged, patented monolithic construction prevents damage to the thin-walled throat from nozzle changes or accidental collisions.-Optional ceramic wear-resistant coated transition zone increases the life of the print wear filament by up to five times.-Compatible with V6 style nozzles and can also be fitted with a melting zone extender to increase flow even further.-Easy to maintain Replacement of heating elements and temperature sensors is a breeze.-Multiple temperature sensor options.-MCH ceramic heating elements with low temperature resistance coefficient will not lose too much power even after the temperature rises.
What’s in the set?-CHC XL WR (Wear Resistant) Hotend either Air or Water Cooled (your selection)-Heatsink-WRHeating Block-PT1000 Thermistor-Ceramic heating element-Socks X2-Water Cooling Tube (for Water Cooled Model)
Experiment and model links:https://drive.google.com/drive/folders/1OZ63PyMMLdxiBmocW5_eKUTc0mskB0GJPrint Test
Hotend: CHC XL hotend from Triangle-lab
Experimental Platform: Modified CR-10 with klipper firmware Figure 5
Mounting method: Evantis 5015(S) Toolhead Figure 6
Slicing software: PrusaSlicer 2.8.0
Model: Flow Rate Test Geometry BY E3- online as in Figure 1
Nozzle type: V6 style Brass
Parameter setting: Vase mode
Extrusion multiplier: Adjust to the appropriate value according to the width of extrusion
There was no retraction during the whole process
The criteria for determining unacceptable cases are illustrated in Figures 2 and Figures 3.
Print Test
Reviews
There are no reviews yet.