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Heißabschlüsse für Snapmaker J1/J1s

€91,98 EUR
Produktübersicht
- Hot Endsin verschiedenen Größen sind für eine Vielzahl von Materialien optimiert, einschließlich ABS, ASA, TPU, Breakaway PLA, PVA und HIPS.
- Mit Silikon ummantelt, das den Heizblock isoliert, um die Temperatur zu stabilisieren und Schutz zu bieten.
- Duale 0,4 mm/Härtungsstahl Hot Ends sind für technische Anwendungen optimiert und unterstützen Nylon, kohlenstofffaserverstärktes Nylon und glasfaserverstärktes Nylon. Duale 0,4 mm/Härtungsstahl/Ganzmetall-Heißenden sind optimiert, um das Verstopfen von Filamenten zu reduzieren. Siehe unten für einen Vergleich.
- Kompatibilität: Snapmaker J1/J1s

Installation

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Option

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Orders will be shipped in 1-3 business days.
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Orders will be shipped in 1-3 business days.
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Dual Hot Ends (for J1 Models)
0.4mm, Hardened Steel, All-metal

Heat
Sink

6063 Extruded Aluminum Alloy

*We redesigned the Heat Sink to maximize the exposed surface area by incorporating an additional layer of fins, thereby enhancing heat dissipation.

Heat
Break

TC4 Titanium

*The TC4 Titanium, known for its low thermal conductivity, minimizes upward heat conduction. Additionally, we removed the PTFE tube to prolong the lifespan of the heat break and mitigate filament clogging.

Heater
Block

C18150 Chromium Zirconium Copper

*C18150 Chromium Zirconium Copper has greater hardness compared to H59 Brass and is less prone to warping during interference fit assembly. Furthermore, we extended the length of the Heater Block to increase the flow rate and support high speed printing.

Nozzle
Material

440C Hardened Steel

Nozzle
Diameter

0.4mm

Assembly
Technique

*Please note that the Interference Fit assembled hot end does not support individual nozzle swapping, while the Threaded Connection assembled hot ends support individual nozzle swapping.

Interference Fit

*The Heat Sink, Heat Break, Heater Block, and Nozzle are integrated into a single unit and assembled using an interference fit technique, which minimizes filament oozing and heat resistance.

Dual Hot Ends (for J1 Models)
0.4mm, Hardened Steel

Heat
Sink

6063 Extruded Aluminum Alloy

Heat
Break

TC4 Titanium and PTFE Tube

Heater
Block

H59 Brass

Nozzle
Material

440C Hardened Steel

Nozzle
Diameter

0.4mm

Assembly
Technique

*Please note that the Interference Fit assembled hot end does not support individual nozzle swapping, while the Threaded Connection assembled hot ends support individual nozzle swapping.

Threaded Connection

Dual Hot Ends (for J1 Models)
0.4mm

Heat
Sink

6063 Extruded Aluminum Alloy

Heat
Break

TC4 Titanium and PTFE Tube

Heater
Block

H59 Brass

Nozzle
Material

H59 Brass

Nozzle
Diameter

0.4mm

Assembly
Technique

*Please note that the Interference Fit assembled hot end does not support individual nozzle swapping, while the Threaded Connection assembled hot ends support individual nozzle swapping.

Threaded Connection

Dual Hot Ends (for J1 Models)
0.4mm, Hardened Steel, All-metal

Dual Hot Ends (for J1 Models)
0.4mm, Hardened Steel

Dual Hot Ends (for J1 Models)
0.4mm

Heat Sink

6063 Extruded Aluminum Alloy

*We redesigned the Heat Sink to maximize the exposed surface area by incorporating an additional layer of fins, thereby enhancing heat dissipation.

6063 Extruded Aluminum Alloy

6063 Extruded Aluminum Alloy

Heat Break

TC4 Titanium

*The TC4 Titanium, known for its low thermal conductivity, minimizes upward heat conduction. Additionally, we removed the PTFE tube to prolong the lifespan of the heat break and mitigate filament clogging.

TC4 Titanium and
PTFE Tube

TC4 Titanium and
PTFE Tube

Heater Block

C18150 Chromium Zirconium Copper

*C18150 Chromium Zirconium Copper has greater hardness compared to H59 Brass and is less prone to warping during interference fit assembly. Furthermore, we extended the length of the Heater Block to increase the flow rate and support high speed printing.

H59 Brass

H59 Brass

Nozzle Material

440C Hardened Steel

440C Hardened Steel

H59 Brass

Nozzle Diameter

0.4mm

0.4mm

0.4mm

Assembly Technique

*Please note that the Interference Fit assembled hot end does not support individual nozzle swapping, while the Threaded Connection assembled hot ends support individual nozzle swapping.

Interference Fit

*The Heat Sink, Heat Break, Heater Block, and Nozzle are integrated into a single unit and assembled using an interference fit technique, which minimizes filament oozing and heat resistance.

Threaded Connection

Threaded Connection

Snapmaker

Heißabschlüsse für Snapmaker J1/J1s

Von €45,99 EUR
Produktübersicht
- Hot Endsin verschiedenen Größen sind für eine Vielzahl von Materialien optimiert, einschließlich ABS, ASA, TPU, Breakaway PLA, PVA und HIPS.
- Mit Silikon ummantelt, das den Heizblock isoliert, um die Temperatur zu stabilisieren und Schutz zu bieten.
- Duale 0,4 mm/Härtungsstahl Hot Ends sind für technische Anwendungen optimiert und unterstützen Nylon, kohlenstofffaserverstärktes Nylon und glasfaserverstärktes Nylon. Duale 0,4 mm/Härtungsstahl/Ganzmetall-Heißenden sind optimiert, um das Verstopfen von Filamenten zu reduzieren. Siehe unten für einen Vergleich.
- Kompatibilität: Snapmaker J1/J1s

Installation

Option

  • Dual 0.4mm/Hardened Steel/All-metal
  • Dual 0.4mm/Hardened Steel
  • Dual 0.4mm
  • Dual 0.2mm
  • Dual 0.6mm
  • Dual 0.8mm
  • Left Hot End - 0.4mm/Hardened Steel/All-metal
  • Right Hot End - 0.4mm/Hardened Steel/All-metal
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