Autolift retracting hot end by Dglass 3D is on Kickstarter now. It is a new type of hot end that will improve the 3d print quality, resolution, eliminate nozzle "dragging" and prevent clogging. You can get it trough the campaign for some USD 125.
- Plug-and-play groove style mount
- All-metal design for high temperatures
- Micro linear bearing for maximum durability and performance
- Compact design allows for simplified adaptability
- 1.75mm or 3mm filament
- 40w cartridge heater included
- 300º C thermistors included (500º C optional)
- 0.35 mm nozzle included
- Fan included Locally sourced parts, hand assembled by D3D team
- No Kapton Tape Required! Thermistor & Heater affixed with setscrews
The D3D team is proud to be back on Kickstarter with another 3D printing innovation. The idea for Autolift hot ends was born during our development process for the RUGGED HPX line of extruders, which was successfully funded on Kickstarter earlier this year. After hundreds of hours of testing, we discovered that rigid mounted hot ends could create quality prints, but were limited in their ability to offer fine detail and resolution when printing with 2 colors. That’s because they could not fully retract, resulting in plastic stringing and deposits left on the print. That limitation was frustrating and helped showcase the need for high performance hot ends that could prevent dragging, eliminate stringing and break the 100 micron barrier.Go ant check it out:
Our patent pending D3D Autolift hot ends are the solution. The AutoLift system automatically lifts the nozzle during filament retraction, eliminating dragging and preventing extra plastic from being deposited on the print.
Autolift is an engineered system comprising of a micro linear bearing and spring to activate the retracted nozzle position. The system does not require special electronics or servo actuation, and is designed to function as part of the standard filament retraction operation. The Autolift system is also adjustable, allowing the user to fine tune the retraction amount depending on the particular project, material or printing objectives.
Here is the first post about this hot end: