Phaetus Rapido Plus Hotend 2 HF V2.0 1.75mm Blue PT1000_B 350C
High-performance hotend with PT1000 sensor, designed for high-temperature printing and fiber-filled filaments. Improves heat isolation and reduces heat creep for reliable extrusion
Highlights
- 350C max printing temperature
- detachable PT1000 sensor
- high-efficiency rectangular ceramic heater
Pros
- Detachable PT1000 temperature sensor
- High maximum printing temperature (350C)
- Enhanced thermal insulation and heatbreak isolation
- Long heating area for high volumetric flow
- Designed for fiber-filled filaments
Cons
- PT1000 sensor replaceable may require compatible components
- High-temperature capability may require compatible printer setup
- Some features imply specialized use
Best For
Features
- Superior thermal isolation of heatbreak Eliminate any kind of heat creep Excellent thermal insulation Reduce significantly the risk of the filament clogging Enhanced wear resistance
- designed to print fiber filled filaments. (100kg+)
- High efficient heating unit A new rectangular ceramic heating unit achieves a high heating efficiency and reliability (200C Just 35s) Maximum Printing Temperature 350C
- Detachable PT1000 temperature sensor The temperature sensor is replaceable and as such a PT1000 sensor can be used to meet the requirement for high temperature printing
- Ultra high speed printing The newly designed heater-block has a long heating area which allows for high volumetric flow rates of up to 36 mm3/s. With these flowrates (most of) your 3D printers can be pushed to its limits. Make your 3D printer a high-speed 3D printer with the Rapido Plus Hotend 2
- High-Flow to Ultra-High-Flow in a few simple turns Not all 3D models need to be 3D printed at high-speeds
- this why you can easily switch between the high-flow Rapido Plus Hotend 2 and the ultra-high-flow Rapido Plus Hotend 2 by using the copper-nickel-plated nut adapter. Choose your optimal flowrate with a few simple turns
- One-handed nozzle change The titanium-alloy screws with their low thermal conductivity create a rigid coupling of the heater-block and heatsink. This rigid structure allows for convenient one-handed nozzle changes
