Yes. With water-based aqueous inks, the G1X supports both DTG (Direct-to-Garment) and True DTF (Direct-to-Film) printing workflows.
DTG (Direct-to-Garment): Prints directly onto the fabric, so no transfer film is involved.
True DTF (Direct-to-Film): Prints onto a transfer film. The printed film is then finished with hot-melt powder and heat before being transferred onto the garment.
The two printing methods also offer different results:
DTG: Best suited for direct printing on fabric when you want a softer, more breathable finish.
True DTF: A good option when you want more vivid colors, stronger saturation, and fine details across different types of fabrics.

Traditional 3D printers, such as FDM machines, typically offer limited color options and often produce visible layer lines. Resin-based 3D printers can achieve higher precision, but are generally limited to creating 3D objects rather than full-color finished models.
Traditional UV printers are primarily designed for industrial and commercial applications. They are often large, expensive, and specialized for a single workflow, such as flatbed printing, textile printing, or DTF production, with a primary focus on 2D printing.
The G1X combines full-color 3D printing, 3D texture printing, and 2D UV printing in a single machine. With its compact footprint, intelligent workflow, and modular design, users can easily switch between different applications through interchangeable accessories. The system is also optimized for textured and relief printing, providing a more flexible and efficient solution for creators, personalization, and small-batch production.

No painting is required. The G1X prints both the structure and colors at the same time, so models come out with complete colors, graphics, and details already applied.
After printing, the water-soluble support material needs to be removed. Optional finishing steps such as light sanding or applying a clear coat can be used to improve surface smoothness and gloss, but no color painting is needed.

The G1X Series supports over 10 million colors and an 8-channel ink system, providing a wider color gamut and smoother transitions than conventional systems.
Under standard testing conditions, color accuracy is maintained at △E < 2 for 2D printing and △E < 3 for 3D printing. Actual results may vary depending on model geometry, material, lighting, file settings, and display conditions.

The G1X 3D Edition is designed for 3D printing but it can be expanded for UV printing with the use of an additional UV Relay Ink & Resin Hub (purchased separately). The 3D and UV functions use dedicated ink systems, giving you the flexibility to choose which options best suit your applications and use cases. When switching between 3D and UV printing, the corresponding Relay Ink & Resin Hub and Refill Reservoir can be manually replaced to switch between the two dedicated ink systems.

A: Yes. Start with the G1X UV or Fabric Edition and add full-color 3D printing whenever you’re ready—just purchase the Resin Station, Relay Ink & Resin Hub, and 3D Resin Kit. If you choose the G1X 3D Edition, you only need to purchase an additional Relay Ink & Resin Hub to enable UV or Fabric printing.

Full-color 3D printing means building the model structure and applying color at the same time, so the model comes out with complete color details and requires no manual painting.
The G1X uses precision piezo inkjet technology and UV curing to deposit and instantly cure full-color inks layer by layer. Powered by HeyGears- developed color science technology and innovative rollerless, it accurately creates 3D objects while reproducing realistic colors, smooth gradients, and fine details — delivering print-ready results straight out of the machine.

In Open Flatbed Mode, the maximum 3D print volume is 330 × 420 × 130 mm.
In Enclosed Flatbed Mode, the maximum 3D print volume is 130 × 330 × 150 mm.

G1X Series 3D printing supports a fine layer thickness of around 10–20 μm, allowing it to capture delicate surface details, such as fabric textures on clothing. Compared with the visible layer lines often seen in traditional 3D prints, G1X Series produces smoother, more refined results.

Printing time depends on the object size, model complexity, color coverage, print mode, and resolution settings. In general, larger models, finer details, and more complex colors or textures will take longer to print.
High-quality mode printing speed: 20–220 cm³/h (typical value: 112 cm³/h).
Actual speed varies depending on the model geometry. Wide, high-volume models may exceed 200 cm³/h, while slender or highly detailed models will print more slowly. As a reference, printing a 5 cm-tall slender figurine in high-quality mode typically takes about 4–5 hours.

Yes. G1X Series supports automatic layout and a large print area, allowing multiple 3D models to be arranged and printed in one job. It is ideal for custom orders, small-batch production, studio prototyping, and printing multiple pieces at once.

Yes, supports need to be removed. However, G1X uses water-soluble supports, so you do not need to manually break them away like traditional supports. After printing, simply soak the model in water to dissolve the supports. UltraCraft Wash can help further speed up the support removal process by assisting with the dissolution of water-soluble supports.

No special solution is required. The water-soluble supports can be dissolved in clean water. Dissolving time depends on the model size, support volume, and whether a cleaning device is used.
As a reference, a typical 5 cm figurine takes approximately 3–4 hours to dissolve when using a cleaning machine with clean water, or about 8 hours through natural soaking in clean water. Larger models or models with more support material may require additional time.

Usually, no. The G1X produces full-color models with colors, graphics, and details already applied, so no painting is required after support removal.
The surface will typically have a matte finish after the supports are dissolved. Optional finishing steps, such as sandblasting or applying a clear coat, can be used to achieve a glossier appearance and enhance surface protection.

The comparison is based on internal testing against a desktop UV printer equipped with a single F1080 printhead. Powered by an optimized 8-channel ink system, the G1X offers three selectable UV printing modes. In Ultra-High-Speed Mode with CMYK + 4 × White, it delivers up to 12× the printing speed of the comparison printer. Actual results may vary depending on the selected mode, print settings, artwork, and other operating conditions.

The G1X Series uses a line-scan imaging system to scan the entire print platform and precisely identify the position, shape, and edges of the substrate in the X and Y directions. In the Z direction, laser-assisted height measurement continuously detects the height and thickness of the substrate or printed object, enabling ongoing calibration and adjustment throughout the printing process.
This positioning data enables accurate design alignment and smart layout in Blueprint Studio, improving efficiency and consistency for batch production.

The G1X Series features an industrial-grade line-scan camera integrated into the print chamber. It scans the entire print area to generate continuous, high-precision images, enabling accurate detection of object outlines and positioning.
Unlike conventional area cameras, the line-scan camera eliminates parallax and edge distortion, achieving outline recognition accuracy of up to ±0.1 mm. Its scanning method also helps reduce glare and reflection interference on challenging surfaces such as metal and acrylic.
For long-format printing, the camera can scan while the carriage moves, improving alignment for roll-to-film workflows. It also supports auto-calibration, substrate outline detection, automatic positioning, batch processing, and improved results in rotary printing scenarios.

G1X Series has three cameras: a line-scan camera, a 2MP top camera, and a 2MP side camera.
The line-scan camera supports scanning, positioning, and calibration. The top camera helps detect the print area and platform position, while the side camera is used to monitor the printing process.

G1X supports layer-by-layer printing in a single task according to the layer stacking order. Print modes can be configured independently for each layer, including color-to-white, white-to-color, white-only, and varnish-only printing, allowing users to optimize output for different materials and application requirements.

Yes. The G1X supports both color and transparency in the same print, enabling single-piece models with transparent structures and colored details. Whether it's a transparent shell enclosing internal features or a translucent part with embedded colors, it can be printed in one step without the need for separate parts or assembly.

No. G1X uses an 8-channel ink system to produce different colors and effects in a single run. Creators can make integrated color-and-transparent pieces without repeated pauses, material changes, or post-assembly.

G1X Series is compatible with 400+ base materials, including leather, wood, acrylic, glass, metal, and more.
Material compatibility will continue to expand through future upgrades, including support for fabric and textile printing applications such as DTG and DTF.

No. The G1X Series uses dedicated ink systems optimized for different printing applications. Each ink system is designed for its specific printhead, material properties, and performance requirements, helping deliver vibrant colors, reliable performance, and long-term stability.
The platform is designed to support an expanding range of ink options, including wider-gamut, fluorescent, rigid, and flexible formulations. Users will be able to choose different ink configurations based on their priorities. For example, production-focused users may benefit from additional support or white ink channels, while color-critical applications may leverage inks designed for enhanced color reproduction. Specialized options for printing on softer materials, such as leather, are also being explored.
Note: The ink options and channel configurations described above are part of our future roadmap and are not included in the current crowdfunding configurations.

G1X Series currently offers multiple ink sets for different print modes and creative needs.
For 3D printing, the CMYKWWTS ink set is available for full-color 3D printing.
For UV printing, available options include the CMYKWV standard ink set, the CMYKWVLcLm wide-gamut ink set, as well as specialty inks such as soft white ink and foil-effect ink.
HeyGears will continue to introduce more ink types in the future to support broader material compatibility, richer visual effects, and more application scenarios.

Ink consumption depends on the size of the object, design complexity and the effect you want to achieve. In general, larger print volume and more complex colors require more ink.
For example, printing a flat phone case uses about 0.765 ml of ink. Printing a 250 × 305 × 2.5 mm 3D-textured leather book cover uses about 97.59 ml of ink. Printing a 197.8 × 110.8 × 77.0 mm 3D chameleon model uses about 926.81 ml of ink.

Although a gloss varnish channel is included as standard, the printing materials of G1X may still undergo dimensional and surface changes in extreme environments. We recommend applying additional varnish to prevent fading, deformation, and scratches.

Currently, the G1X uses rigid UV inks and resin materials.
In the future, HeyGears plans to introduce additional material options, including flexible and rigid formulations, along with a broader range of color choices to support more applications and creative needs.

The ink has a shelf life of 1 year when stored according to the recommended conditions. For the best storage conditions, we recommend keeping it at room temperature. If the ink has passed its expiration date, we recommend replacing it to ensure the best print quality and reliable performance.

Standard UV Ink (CMYK+WV) covers the full range of 2D graphics and 3D texture printing on hard surfaces and film. Wide Gamut UV Ink adds Light Cyan (Lc) and Light Magenta (Lm) for richer color gradients, smoother tonal transitions, and more accurate pastel colors. Wide Gamut UV Ink is compatible with the G1X only, which features an 8-channel i3200 printhead.

Varnish ink is optional, but it adds a clear glossy coating over your prints that enhances visual depth, protects against scratches and moisture, and gives the finished piece a more premium feel. If you're printing products for sale or display, it's a worthwhile addition — but your prints will look great without it too.

UV ink is designed for printing directly onto hard surfaces and film such as wood, acrylic, metal, ceramic, and phone cases. It cures instantly under UV light to produce durable, vibrant results. Aqueous ink is a water-based formulation used for True DTF printing — the ink is first printed onto a transfer film, then heat-transferred onto fabric and apparel to produce soft, breathable, and wash-resistant results. If you plan to print on clothing or soft materials, you'll need Aqueous ink. For all other surfaces, UV ink is the right choice.

The G1X Series does not disable the use of third-party inks at either the hardware or software level. We recommend using official HeyGears inks for the best print quality. Our official print profiles are optimized to deliver superior results, while also ensuring full machine warranty and after-sales support.

Yes, all G1X Series units support both UV and Aqueous ink workflows. When switching between the two, we recommend using a dedicated Relay Ink & Resin Hub and Refill Reservoir for each ink type to avoid cross-contamination and ensure consistent print quality.

Both opened and unopened UV 3D Resin have a shelf life of 1 year when stored at room temperature. In most cases, the resin can remain usable for up to 2 years. To maximize shelf life, keep the bottle tightly sealed, away from direct sunlight, and stored in a cool, dry environment.

White Resin serves as the internal fill material that forms the structural foundation of the 3D print, with more white channels significantly improving print speed. Transparent Resin is used for printing clear or translucent models where you want to preserve see-through properties, and also serves as a barrier layer between the color shell and support layers to prevent color bleeding. The two can also be combined in a single print for mixed opaque and transparent effects.

The odor of the ink/resin used by G1X is significantly lower than that of resin used in LCD devices. With the purifier included as standard with the machine, it can be used indoors.
HeyGears' self-developed ink/resin used with G1X has passed RoHS certification: finished products made with it can come into direct contact with skin and have almost no irritating odor.
G1X provides material safety far beyond resin 3D devices: during operation, the ink/resin is almost never exposed to air before curing, and airborne ink mist generated by inkjet printing is purified by the device's built-in purifier.

The Relay Ink & Resin Hub is the central ink delivery system that connects your ink reservoirs to the printhead, enabling continuous ink supply during printing. It is included in all G1X Series packs and is required for the printer to operate.

Replacement frequency depends on usage intensity. In heavy production environments running 12 hours a day, 5 days a week, the Air Filter typically needs to be replaced approximately once a month. In standard usage environments, it lasts around 3 months. The Ink Absorbent Pad should be replaced when it becomes saturated with ink. We recommend checking both components periodically as part of routine maintenance.

Each automatic cleaning cycle typically consumes about 3–5 mL of ink in total. This helps maintain printhead performance, reduce the risk of clogging, and ensure consistent long-term printing stability.
Compared with failed prints or repair costs caused by printhead clogging, regular cleaning is a more effective way to protect the printer and keep it performing reliably.

In Open Flatbed Mode, the maximum UV print area is 330 × 420 mm.
In Enclosed Flatbed Mode, the maximum UV print area is 130 × 330 mm.

G1X Series offers a range of modular accessories for full-color 3D printing, flatbed UV printing, roll-to-film printing, direct-to-film transfer printing, continuous production, and cylindrical object printing.
- Resin Station
Designed for full-color 3D printing, featuring 1L high-capacity tanks and automatic white ink agitation for reliable, continuous production.
- Rotary
Supports objects up to 245 mm in height and 100 mm in diameter—perfect for cylindrical items.
- Flatbed
Available in large and small build plate sizes to suit your needs. Up to 330 × 420 mm print area—compatible with over 400 types of base materials.
- Roll-to-Film Laminator
330 mm wide continuous printing for long banners and panoramic artworks.

Yes. The G1X Series features a built-in air filtration system that helps capture micro-particles, ink mist, and odors during printing.
The system is designed with internal air circulation for continuous filtration and can also be connected to an external exhaust system for additional ventilation and air purification when needed.

The two flatbeds serve different printing needs. The Open Flatbed supports a maximum print volume of 330 × 420 × 130mm and is designed for larger flat prints and wider objects. The Enclosed Flatbed supports a maximum print volume of 130 × 330 × 150mm with a taller build height, and is for fine detailed printing such as miniature models that require higher precision. Both flatbeds are included in all G1X Series packs.

The LiDAR Modular enhances printing precision through three key functions.
- Precise Object Detection & Positioning: The LiDAR Modular accurately identifies and locates objects placed on the print bed. For example, it can detect the exact position of a coaster, and in batch printing scenarios, it can simultaneously identify the positions of multiple objects to ensure print patterns land precisely where intended. Without the LiDAR Modular, objects need to be manually positioned to an exact location before printing can begin.
- Height Detection: The LiDAR Modular detects object height during the printing process. This is particularly useful in relief printing, where it helps control layer thickness and improve surface quality for more refined results.
- Surface Flatness Scanning: Using line laser technology, the LiDAR Modular scans and maps surface flatness across a wide area. Compared to point laser detection, line laser scanning covers more ground, delivers more accurate height mapping, and reduces detection blind spots — even when the printhead angle shifts slightly.

- Keep the device powered on so it can perform self-cleaning maintenance.
- Refill the cleaning fluid and make sure the printhead remains in the home position.
- Before unplugging for long-term storage: Run 1–2 deep cleaning cycles to help ensure smooth ink flow when the printer is powered on again.
- Before restarting after long-term storage: Run 1–2 deep cleaning cycles to ensure smooth ink flow.

The UPS is optional but highly recommended for long print jobs. When a power outage is detected, the UPS sends a pause command to the printer. If power is restored within 5 minutes, printing will resume automatically. If power is not restored within that window, the print will be paused and the printhead will return to its home position. For users running high-volume or time-sensitive production workflows, the UPS provides important protection against unexpected interruptions.

No. G1X Series features an integrated design with clear software guidance. After unboxing, users can follow the setup guide to complete basic installation, calibration, and the first print.
The full setup process takes about 30 minutes, making it easy for beginners to get started.

The G1X will support a dedicated UPS module that provides temporary backup power during unexpected outages. This allows the printer to pause safely and resume printing once power is restored, helping reduce the risk of print failure and material waste.

The G1X Series supports multiple connection options, including USB, Ethernet, and Wi-Fi.
These options provide flexible connectivity for different studio, office, and production environments, whether you prefer a direct connection, wired network access, or wireless control.

G1X Series supports a wide voltage range of 100–240V, 50/60Hz. For best performance, we recommend using the printer in an indoor environment with a temperature of 15–35°C and humidity of 20–85% RH.

The operating noise level is below 60 dB(A), making it suitable for studios, offices, workshops, and home creative spaces.

G1X Series reduces the risk of printhead clogging through multiple mechanisms, including optimized ink properties, white ink agitation, automatic printhead cleaning, and software-guided maintenance.
The ink system is designed to promote stable ink flow and consistent jetting performance. The white ink tank features an automatic agitation system that helps prevent pigment settling and particle formation, reducing the risk of clogging caused by sedimentation.
During both printing and standby, the printer performs scheduled automatic printhead cleaning cycles to help flush away partially cured ink before it can accumulate. Blueprint Studio also provides maintenance guidance and reminders, while manual cleaning options are available when needed to support long-term printhead performance.

The G1X Series supports three cleaning modes to help maintain printhead performance, reduce the risk of clogging, and keep printing consistent over the long term.
1. Jetting
- Actively ejects ink through the nozzles without ink extraction
- Used to check printhead status and help resolve minor nozzle issues
2. Regular Cleaning
- Uses ink extraction (without cleaning fluid) to maintain nozzle performance. Typically uses only 3–5 mL of ink in total for each automatic cleaning cycle—a small amount compared with the cost of failed prints or unnecessary printhead replacements
- Includes routine maintenance during printing and standby to help prevent partially cured ink from accumulating
3. Deep Cleaning
- Uses cleaning fluid to thoroughly clean and maintain the ink path
- Recommended when replacing inks or printheads, switching between UV printing / 3D Texture printing and Full-Color 3D printing, or performing more extensive maintenance
Together, these maintenance functions help keep the ink delivery system stable, reduce clogging risks, and support consistent long-term printing performance.

HeyVerse is HeyGears’ content and AIGC ecosystem platform. It helps users discover creative assets, access model resources, and generate 3D content with AI tools such as text-to-3D, image-to-3D, and relief generation.
Blueprint Studio (BPS) is a productivity tool and printer control center. It is used for model repair, print preparation, auto layout, slicing, color management, device control, printhead maintenance, and production queue management.

Yes. HeyVerse offers a rich model library, and creators can use image-to-3D or text-to-3D tools to turn ideas into full-color 3D models. Even without modeling experience, users can go from idea to finished print more easily.

Yes. Blueprint Studio supports automatic layout, allowing multiple models or designs to be intelligently arranged within the print area. This helps improve production efficiency, especially for personalized orders, small-batch production, and studio workflows.

The basic workflow is: generate or find a model file in HeyVerse → one-click import into Blueprint Studio (BPS) → arrange and slice the model → set print parameters → send the job to the printer → remove the finished print.

- 3D model formats (G1X only) - monochrome models: supports STL, STP/STEP, IGES, and BPSX formats.
- 3D model formats (G1X only) - color models: OBJ is recommended; FBX, GLB/GLTF, PLY, DAE, and 3MF formats are supported. G1X/G1 can reproduce the color details and gradient effects of color models.
- 2D/3D Texture model formats: support JPG, PNG, , WEBP, PSD, AI, and PDF formats.

Blueprint Studio currently supports both ink usage and printing cost estimation, allowing users to estimate ink consumption and printing costs based on the model and selected print settings. This feature helps users better plan material usage, production budgets, custom orders, and small-batch workflows.