Produce high-strength parts that retain their dimensional stability in harsh environments in a fraction of the time! The large 1.2 mm nozzle diameter and massive E3D Volcano Heater Block with elongated melting zone is paired with the E3D Titan Extruder to enable extrusion rates of up to approximately 205 grams/hour
| Compatibility: |
LulzBot Mini v2.0, Boxed for Retail, NA
LulzBot TAZ 3D Printer, Pro Boxed for Retail, NA
LulzBot TAZ 3D Printer, Workhorse, Boxed for Retail, NA
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A large E3D Volcano Heater Block, massive melting zone, and a 1.2 mm nozzle brings the strongest, fastest prints yet.
The ability to create functional jigs, fixtures, and prototypes on-site in a fraction of the time significantly reduces lead time and cost.
(1) LulzBot HS+ Tool Head | Hardened Steel | 1.2 mm (Fully Assembled)
(1) 3D Printed Wiper Mount
(5) Replacement Wiper Pads
(1) Red Scrub Pad
Sample of PETg Filament, Used in First Print
Layer Resolution: 0.6 mm - 1.0 mm (0.027 in - 0.039 in)
Filament Diameter: 2.85 mm
Nozzle Diameter: 1.2 mm
Nozzle Material: Hardened Steel
Extruder Hobb Material: Hardened Steel
Hot End Temperature Range: 120°C - 290°C (248°F - 554°F)
Extruder & Hot End: Genuine E3D Titan Aero E3D Volcano Heater Block
Maximum Extrusion Rate: Approximately 205 grams/hour | 45.69 mm³/s with PLA at 220°C (428°F)
Recommended filament diameter: 2.85 mm diameter (3 mm)
Supported Materials: Carbon-fiber filled Nylon, ABS, PETg, PLA, NinjaFlex TPU
Certified Open Source Hardware: US000148
This industrial tool head is currently compatible with LulzBot Mini 2, TAZ Workhorse and TAZ Pro 3D printers.
LulzBot Mini 1, TAZ 5 & TAZ 6 users can add this tool head with the TAZ 5/6 Universal Tool Head Adapter and the Mini 1 Universal Tool Head Adapter.
Featuring a hardened steel nozzle and extruder hobb, this industrial 3D printer extruder head is capable of printing high-strength composite polymers on par with PEEK's tensile strength (15,200 psi - ASTM638). These polymers are used in a wide range of high-demand applications, from structural components to the automotive industry.
Parts printed with these composites have higher impact resistance, resist deformation, while retaining strength in harsh and demanding environments. Industrial materials like PA-CF Low Warp combine strength and dimensional stability (less than 2% elongation at break - ASTM638) with the ability to perform in higher operating temperatures up to approximately 120° C (248° F).
