NEW
Transforming modern manufacturing process with a precise, productive 3D printer.
Max speed
700 mm /s
Max acceleration
30,000 mm /s²
Contact / Quote
01
Top-level speed and accuracy, even in a larger model.
G-ZERO L1 offers industry-leading high-speed and high-precision modeling despite being a large model by increasing the rigidity and precision of each part.
02
Print bigger objects or multiple smaller parts at once.
The molding area is double that of the standard model. This not only enables large-size modeling, but increases the number of parts that can be modeled at one time, expanding the range of applications at the production site.
03
PA and PPS-based POTICON FILAMENT stabilizes output.
Otsuka Chemical's POTICON FILAMENT provides strength comparable to injection molded products. The filament is reliable and works well during the printing process, so you can expect excellent results without problems like clogs or uneven printing.
04
Equipped with a dehumidification unit to prevent material deterioration
A dehumidification unit protects filaments from moisture, which can cause quality deterioration. The filament storage environment is kept constant, allowing for ongoing stable production. .
05
Designed and manufactured in Japan
We design and manufacture at our factory in Kamata, Tokyo, Japan. At Gutenberg, we efficiently incorporate customer feedback into our designs and deliver products of Japanese quality. In the event of a service issue, we respond quickly so that your production activities are unaffected. (Japan only).
Durability is critical to G-ZERO's high-speed, high-precision modeling abilities. Rugged parts, including uniquely designed metal cutting parts plus precise machine control, support high-quality output that can withstand a wide variety of production applications.
Lightweight tool head
The lightweight tool head reduces the load on the rail due to high-speed movement, enabling precise modeling with less blurring.
Highly rigid metal machined parts
The frame supporting the head movement is made of machined, highly rigid parts. It supports high-speed, high-precision modeling.
3-axis independent control and bed mesh compensation
Accurate auto-calibration ensures easy maintenance and minimal effort for the operator.
High-quality moving parts that are constantly subjected to loads during high-speed modeling are made by reputable manufacturers. These components demonstrate proven long-term durability and accuracy.
Made by THK / Linear guide rails
Made by THK / Guide shaft and Bushing
Made by GATES UNITTA ASIA / Timing Belt
G-ZERO L1 / G-ZERO can be operated not only from the main unit but from a PC or tablet in the same LAN via a browser. You can monitor the temperature, speed, and video images during the creation process, so you don't have to stay in front of the 3D printer and worry about whether it is working or not.
About
Product name
G-ZERO L1
Type
FFF type 3D printer
Country of origin
Japan
Size/Weight
Dimensions of main unit
530 × 440 × 520 mm with cabinet：H1050 mm
Dimensions of package
body：670 × 600 × 730 mm with cabinet：670 × 600 × 670 mm
Weight of main unit
45.5kg
Weight of cabinet
27.5kg ※without filament
Print spec
Print area
360 × 250 × 235 mm
Number of nozzles
1
Diameter of nozzle
0.2/0.4 mm
Max nozzle temp
350°C
Max bed temp
120°C
Max chamber temp
60°C
Support filament
PPS(RT4, RT4E) PA(NTL34M, NTL36) PLA, ABS, PC, ASA, PA, TPU
Layer height
0.05 mm~0.2 mm ※in case of 0.4 mm nozzle setting
Max printhead travel speed
700 mm/s
Max printhead acceleration
30,000 mm/s²
Build plate
Smooth/Texture (magnetic fit)
Bed leveling
3-axis independent control and bed mesh compensation
Kinematics
Core XY
Power supply
Rated voltage
AC100V
Rated frequency
50/60Hz
Max power consumption in Temperature rising(before printing)
600W(750VA)
Power consumption in printing
350W(450VA) ※Reference value when using ASA.
Product interface
Display
5" touch display
Wireless connectivity
Wi-Fi (2.4 and 5 GHz)
Local connectivity
Ethernet
Camera
Yes
Supported storage media
USB type-A
Supported slicer
PrusaSlicer
WEB UI
Mainsail
POTICON ESD PPS semiconductor transfer trays take advantage of the antistatic performance of POTICON ESD PPS. The tray shape, which is prone to warping, is flat with high dimensional accuracy.
A model for mechanism study using PLA filament, G-ZERO is also suitable for rapid prototyping of movable parts because of its fast and accurate modeling capability even with general-purpose materials.
The output is tough and accurate, with excellent dimensional accuracy, even for small shapes, This makes it possible to produce original gears that are not available on the shelf.
Even delicate shapes such as eyeglasses can be produced with high accuracy. The G-ZERO is safer than light modeling because it does not use solvents, making it suitable for in-office modeling studies.
The characteristics of POTICON HARD PPS are utilized to achieve the high positioning accuracy and durability required for laser engraving fixtures.
Quickly produce high-quality jigs and fixtures that increase production efficiency. This jig was made in 6 minutes.
Even complex topology-optimized shapes that are difficult to model with injection molding can be output with strength and precision.
The vanishing model, which is generally made with a mold, is replaced by a resin modeling material output by G-ZERO. Mold- making costs are reduced, and strength and ease of handling improve.
G-ZERO printed it using resin containing carbon fiber. The high dimensional accuracy of the printing process ensures a precise fit, making parts suitable for use in mass production.
POTICON FLEX PA12 is used to create impact-resistant drone frames. The frame structure, which is thin, difficult to shape, has many openings, is output with a high degree of accuracy.
Taking advantage of the large molding area of the G-ZERO L1, a variety of parts, including mechanisms and exteriors, can be molded at once. The reduced setup time significantly shortens the actual lead time.
Vacuum mold prototypes utilizing the heat resistance and strength of POTICON HARD PPS. The G-ZERO L1 has a large molding range, making it possible to reproduce even tall shapes.
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