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Printhead kit for OrangeStorm Giga

Type: Standard

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78.88 €

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Printhead kit for OrangeStorm Giga

Name: Printhead kit for OrangeStorm Giga
Brand: Elegoo
SKU: ELEG-OSTORMGIGA-HDR
Price: 78.88 EUR
Availability: InStock

Ref.: ELEG-OSTORMGIGA-HDR.STD

78.88 €

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Type: Standard

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The print head kit for OrangeStorm Giga is an essential upgrade to expand the capabilities of the professional Elegoo OrangeStorm Giga 3D printer. Designed to deliver enhanced performance and more versatile extrusion, this set allows the addition of one or more extra print heads, optimizing advanced workflows including large-format projects or multi-material and multi-color applications. This all-in-one kit includes a fully assembled additional print head, a robust spool holder with capacity for spools up to 1 kg, and an integrated filament detector. The unit is built for seamless integration with the OrangeStorm Giga without requiring complex modifications, ensuring a smooth and efficient user experience.

Main features

The print head is equipped with a high-quality 0.6 mm brass nozzle, offering excellent thermal conductivity and wear resistance, resulting in fast heating and consistent extrusion with reduced clogging risk. Cooling is ensured by two powerful fans that help maintain optimal temperature at the print zone for uniform and precise surface finishes.

Installation is quick and straightforward thanks to clear instructions, making it easy to incorporate additional print heads without advanced technical knowledge. With the addition of the mounting plate available separately —such as the dual-head or quad-head plate— the OrangeStorm Giga can be transformed into a multi-head printing system with up to four simultaneous print heads, significantly increasing productivity and versatility.

Advantages

Greater functional flexibility by adding one or more additional print heads.
Efficient thermal conduction and high-quality nozzle for fast and detailed extrusion.
Advanced cooling system that maintains thermal stability and part quality.
Intuitive installation, enabling capability expansion without technical complexity.
Ability to convert the printer into a multi-head system with optional mounting plates.

Compatibility and expansion possibilities

This kit is fully compatible with the Elegoo OrangeStorm Giga 3D printer and integrates with its control and filament detection systems without additional modifications. When combined with mounting plates (such as dual or quad-head versions), the large industrial build volume of the OrangeStorm Giga can be leveraged to execute larger projects, print multiple parts simultaneously, or manage different colors and materials within a single job.

The print head kit for OrangeStorm Giga transforms a powerful large-format printing platform into an even more versatile and productive tool. Its modular approach simplifies upgrades and expansion, adding multi-head capabilities that enhance performance and flexibility in professional and advanced manufacturing environments.

General information
Manufacturer	Elegoo
Filament diameter	1.75
Nozzle diameter	0.6 mm
Compatibility	Orangestorm Giga

Printing properties
Maximum temperature	300 ºC

Other
HS Code	8477.9

The print head kit for the Elegoo OrangeStorm Giga is designed as a modular solution integrating hotend, cooling system, spool holder and filament sensor into a single optimized assembly for large-format and high-productivity printing. Proper use improves thermal stability, simplifies maintenance and expands printer capabilities in multi-material or multi-extrusion setups.

This system is intended for intensive working environments where material flow consistency and head reliability are critical factors during long prints or large-volume parts.

Initial head calibration

After installing the kit, a full extrusion system calibration must be performed. This includes nozzle offset adjustment, material flow verification and bed height compensation.

Incorrect calibration may lead to adhesion issues, over-extrusion or first-layer defects, especially in large surface parts.

Flow management in large-format printing

The OrangeStorm Giga is designed to handle large material volumes, requiring precise extrusion flow control.

It is recommended to gradually adjust speed and volumetric flow depending on the material used, avoiding sudden increases that could affect extruder stability or cause under-extrusion in critical areas.

In large parts, proper flow management is key to maintaining layer uniformity.

Efficient hotend cooling

The integrated dual-fan system maintains stable temperature in the cold zone of the extruder, which is especially important during long prints.

To ensure optimal performance, cooling channels should be kept clean and fans regularly checked, as dust buildup can reduce cooling efficiency.

Filament sensor usage

The integrated filament sensor detects breakage or material depletion, which is essential in long-duration prints.

To avoid unnecessary interruptions, ensure proper filament routing and avoid excessive tension in the feeding system, especially with large spools.

Material compatibility

The head kit supports a wide range of materials, including PLA, PETG, TPU and reinforced composites.

For abrasive filaments such as carbon or glass fiber, appropriate nozzles should be used and more frequent maintenance is recommended to prevent premature wear.

Stable thermal control helps maintain consistent extrusion even with demanding materials.

Adjusting accelerations for heavy setups

Due to system size and increased head weight in extended configurations, it may be necessary to reduce X-axis accelerations and speeds to avoid vibrations or surface artifacts.

A more conservative configuration generally improves surface quality in large-volume prints without significantly affecting production time.

Cooling system and nozzle maintenance

Regular maintenance is essential for stable operation. Nozzle cleaning is recommended after using technical materials, and airflow channels should be checked for obstructions.

In intensive use environments, small material build-ups can affect thermal performance and extrusion quality.