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Supported file types: STL (bin, ascii), OBJ (+.mtl)
Please note that mostly 20% infill is sufficient to make the print very strong. Refer to MATERIALS properties to have more information regarding materials Shore Hardness.
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AVAILABLE COLOUR : WHITE (#FFFFFF), BLACK (#000000)
New SLA infill density available is 0% / 20% /50% / 100%. The denser the infill, the heavier the object. Infill density from 0% to 100% as 0% is no infill and 100% is completely solid. For hollow object, standard wall thickness is set to 2mm. Mostly hollow infill is use in large FIGURINE only. do not apply hollow OR any infill below 100% in GEARS, ENCLOSURE, or any thin wall less than 8mm as it will be too brittle or will cause print failure.
Start from 1 Oct 2023, all files uploaded will be precheck by 3dPRINT-A.i. before queue to print. User can check the status at DASHBOARD.
BY KARA, ADDITIVE-X
Infill is the structure of the material inside a 3D printed part. Just as the underside of a bridge has interconnecting steelwork, 3D printed parts have an infill that manipulates the part’s physical properties, including strength, structure, and weight.
The infill density is the amount of material used for the infill. The denser the infill, the fuller, heavier and (in theory) the stronger the part. Besides weight and strength, buoyancy and material consumption are also affected by density.
Infill density is measured as a percentage: 0% is hollow, and 100% is solid. Most designers stick to 5% leaps. Standard prints range from 15-50% infill, while functional prints (such as engineering parts) have a 50-100% infill.
Figurines have a lower infill of up to 15%. For flexible parts, the infill provides rigidity, with flexibility determined by the material.
The amount of infill you need depends on what object you are creating.
Start from 1 Oct 2023, all files uploaded will be precheck by 3dPRINT-A.i. before queue to print. User can check the status at DASHBOARD.
A.K.A. Phrozen Rock-Black Stiff 3D Printing Resin create sturdy, flexible models that withstand heat, making it the ideal resin for creating 3D Printed Parts for engineering.
AVAILABLE COLOUR : BLACK (#000000)
Phrozen™s 8K 3D Printer Resin is specifically formulated to showcase super-fine detail in full 8K resolution.
AVAILABLE COLOUR : WHITE (#FFFFFF), BLACK (#000000), GREY (#5B6579), CRYSTAL CLEAR (COMING SOON)
High Temp Resin has the characteristics of high hardness, high strength, high modulus, and high precision. The resin heat resistance is good; Resistance to long-term heating at 120°C or boiling at 100°C.The fully cured high temperature resin material has excellent mechanical properties, weather resistance and temperature resistance.
AVAILABLE COLOUR : BEIGE – ORANGE TINT (#F7E6DE)
Tough; Higher toughness and impact resistance than normal ABS like resin Can print rugged and durable parts Excellent mechanical properties. Printed object can be drilled , which is very suitable for mechanical prototypes.
AVAILABLE COLOUR : GREY (#5B6579)
ABS is a technical material for 3D printing, known for its superior comprehensive properties
such as high temperature resistance, UV resistance and water resistance. However, the
disadvantage is that it warps easily and stinks when printing. Bambu ABS is designed to
reduce warping and cracking but maintain outstanding impact resistance. In addition, it’s
very suitable for high-speed printing because of its good flow behavior.
AVAILABLE COLOUR : WHITE (#FFFFFF), BLACK (#000000), GREY (#5B6579), YELLOW (#F4EE2A), RED (#C12E1F), PURPLE (#5E43B7), BLUE (#0A2989), PINK (#F55A74)
TPU is a popular flexible filament for 3D printing because of its durability. It’s commonly used
to create 3D printing parts that can be flexed, stretched, and blended, and it is not easily
breakable. However, flexibility means it’s not suitable for high-speed printing. Bambu TPU
95A is designed for elastic and abrasion resistant parts with a Shore hardness of 95A.
AVAILABLE COLOUR : WHITE (#FFFFFF), BLACK (#000000)
PC (Polycarbonate) is an extremely tough and durable material for 3D printing, with good
temperature and impact resistance. It is highly recommended for high strength 3D printing
applications. It’s also a naturally transparent thermoplastic. Bambu PC Basic is designed for
less shrinkage and better dimensional stability. It’s a professional level 3D printing material.
AVAILABLE COLOUR : WHITE (#FFFFFF), BLACK (#000000)
Bambu PLA Aero achieves low density and light weight by foaming at high temperatures during printing and creating small holes inside the prints. It’s the perfect choice for light-weight and energy-saving prints, including unmanned aerial vehicles (UAVs), aerodynamic models, and gliders.
AVAILABLE COLOUR : WHITE (#FFFFFF)
Bambu Lab’s PLA filament stands out for its high print speed, and excellent appearance. Experience the benefits of smooth and flawless prints with superior quality that exceeds expectations. Bambu high performance filaments, PA6-CF keeps superior stiffness and strength properties in dry environments, it is perfect for printing load-bearing structural components.
AVAILABLE COLOUR : BLACK (#000000)
Known for impact and water resistance, high flexibility, strong layer adhesion, Bambu PETG Basic is ideal for printing tools (vises, tensioners, bag clips), toys (frisbees, boomerangs), water containers (bottles, watering cans), and outdoor items (planter pots, bottle cages) that require long-term exposure and withstanding impacts.
AVAILABLE COLOUR : WHITE (#FFFFFF), BLACK (#000000)
Bambu Lab’s PLA filament stands out for its high print speed, and excellent appearance. Experience the benefits of smooth and flawless prints with superior quality that exceeds expectations.
AVAILABLE COLOUR : TRANSPARENT, WHITE (#FFFFFF), BLACK (#000000), GREY (#5B6579), YELLOW (#F4EE2A), ORANGE (#FF6A13), RED (#C12E1F), PURPLE (#5E43B7), BLUE (#0A2989), GREEN #16C344, PINK (#F55A74)
Fused deposition modeling, or FDM for short, is a material extrusion method of additive manufacturing where materials are extruded through a nozzle and joined together to create 3D objects.
A typical FDM 3D printer, therefore, takes a polymer-based filament and forces it through a heated nozzle, which melts the material and deposits it in 2D layers on the build platform. While still warm, these layers fuse with each other to eventually create a three-dimensional part.
Optimized by Seraphinite Accelerator