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:
▉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
-WR Heating Block
-PT1000 Thermistor
-Ceramic heating element
-Socks X2
▉Experiment and model links:
▉Print 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
CHC® XL hotend with V6 style brass nozzle
CHC® XL hotend with Volcano style brass nozzle Plus MZE
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