Ultimaker 3 NFC PLA Filament – White

High-quality 2.85mm NFC PLA filament for use with the Ultimaker 3 3D printer.

Product Features

  • 2.85mm NFC PLA Filament
  • High Quality – consistent diameter reduces jams
  • Manufactured for use with the Ultimaker 3 3D printer

Check Out Our Website For Details…

NOVA3D 3D Printer Resin for UV Curing LCD DLP Printing Machine (1L, White)

The photosensitive resin is a standard resin for LCD / DLP UV Cure 3D Printer. It is widely used in many fields such as industrial parts, garage kits, craftwork design, education, archaeological model, clock and eyeglasses, etc.

Parameter information:
Size: 500ml, 1L
Available color: Clear Blue, Grey, Black, White, Clear
Material: Photopolymer
UV Sensitive Wavelength: 405nm

Parameters:
Viscosity (25C)(Test Method ASTM D1342): 150-200MPa
Density(Test Method ASTM D1183): 1.05-1.20 / cm3
Tensile Strength(Test Method ASTM D527): 36-52Mpa
Elongation at break(Test Method ASTM D527): 11-20%
Flexural Strength(Test Method ASTM D790): 59-70MPa
Flexural Modulus(Test Method ASTM D790): 1.882-2.385Mpa
zod Impact – Notched(Test Method ASTM D178): 44-49kJ/mm
Hardness (Shore D)(Test Method ASTM D2240): 84D
Heat Deflection Temperature(Test Method ASTM D1525): 80C
Glass Transition Temperature (Test Method ASTM D1525): 100C

Store & Usage:
1.Store in cool dry places between 18-28C
2.Avoid any direct sunlight during usage.
3.Shake well before use.
4.After printing, please wash your print in alcohol with an content of above 90). Note don’t let your print contact with water during washing stage and don’t keep it in alcohol for a long time
5.Use at temperature 18-28C

Safety Information:
1.Keep out of the reach of children and animals
2.Always wear gloves and eye protections before use to avoid direct contact with skin and keep room ventilated.
3.Don’t used for products intended for internal use or in contact with food or drink items.

Product Features

  • Low Cost / Low Smell, safe to use, the resins for UV Cure 3D Printer is developed and produced by the NOVA3D company itself and have got the ROHS and MSDS certification
  • Exposure Time: Bottom layer 60s, each layer 8s. The photocurable polymers are great for low power LCD / DLP UV Cure Resin Printers with the wavelength 405nm, Quick setup in preform with our own UV Light LCD 3D Printer L1121(Bene1), L2120(Bene2) and J1120(Photon) and it is very convenient as each kind of photopolymer resin have been set parameters in NOVA3D itself UV Curing 3D Printers
  • After cured, NOVA3D Rigid Type 3D Printer Resin is highly resistant to deformation over time. Great for printing thin walls and features. Not suited for parts that must bend. Model printed with the photosensitive resin features smooth surface, high stability and high accuracy, low shrinkage, excellent stiffness, toughness, impact resistance and some flexibility
  • UV Resin with opaque appearance and precise details, Black, White, and Grey Resins are ready to use right off the printer, Their neutral undertone also makes a great base for parts that will eventually be painted or undergo other finishing processes, Clear Resin for transparent applications and is great for any parts requiring translucency
  • You’re never on your own with NOVA3D products! We have a full team of friendly and knowledgeable technicians ready to answer your questions, both before and after the sale

Check Out Our Website For Details…

Olivier van Herpt: The 3D Printed Blue and White Collection in Porcelain

Pin It
Email

[Image: Koos Breukel]

One of the greatest things about reporting on the world of 3D printing is learning about its more unusual uses. It’s obvious that 3D printing is changing the way many larger (and smaller) companies create, prototype, and manufacture today as they embrace the benefits of greater speed in production, affordability (often producing parts at a fraction of the cost), and the ability to design and print onsite rather than going through a third party. We continually follow serious developments within the industrial world, to include automotive, medicine, medical devices, aerospace, construction, art—and so much more—but 3D design and 3D printing together allow for an infinite amount of innovation. Because of that, you never know what’s coming next!

Here’s a good example: blue and white 3D printed porcelain. Delving into the world of textiles and materials, we are able to learn more about the process Olivier van Herpt, a Dutch designer, went through in creating his 3D version of the blue and white delftware which is the Netherlands’ national product—and one with a rich history too.

Blue Delft originally came about as designers in the Netherlands wanted to make a local knockoff similar to porcelain being imported from China. Because they lacked kaolin, however, the Netherlands version came off with what may have originally been an unintended look of its own. The earthenware was exotic but still retained the oriental and decorative style.

Van Herpt began using a ceramic 3D printer as he worked to improve the creation of porcelain, eventually making 14 stackable pieces. His printer is capable of producing ceramic objects up to 90 cm high, with thin walls and a hard clay body. Van Herpt has always been on a mission to ‘push the limits of existing 3D printing technologies,’ and has created collections that are meant to soften up the hard edges of industrial design. While also enjoying working with larger pieces and alternative materials such as paraffin, clay, and more, the impactful designer enjoys bringing a human element into industry.

“The consistent flow of material is proven by the fine layers that manifest in the precision of the printing process. The unglazed surface underlines the character of the material and is shown in the structure as a result of the movement of the printer. The tiled surface indicates the digital provenance of the object applied in a precise, sinuous form,� states van Herpt in the case study regarding the project.

“The blue pattern is the translation of human interaction by the machine. Cobalt pigment is applied by hand on the clay body before being inserted in the extruder. The pattern is then reconstructed by the 3D printer, resulting in a radial gradient celebrating cooperation between man and machine.�

Find out more about the designer and his functional 3D printed ceramic objects here.

What do you think of this news? Let us know your thoughts! Join the discussion of this and other 3D printing topics at 3DPrintBoard.com or share your thoughts below.

[Source / Images: Olivier van Herpt]

KODAK 3D Printing Filament PLA+ (White, 1.75 mm)

PLA+ is an improved version of PLA, suitable for replacing ABS in many aspects. It provides great visual quality and has very low shrinkage and warp. Its high impact resistance is similar to that of ABS and is ideal for high resolution or fast printing. It has fast crystallization, which enables printing without support and with very fine detail. We use Pure grade Ingeo certified resins to ensure the best printing results. Our filament has passed a defined set of tests performed by Nature Works to ensure the product quality and certify its use in food packaging materials.

Product Features

  • Perfect combination of ease of use and strength
  • Main application: concept modeling
  • Filament diameter: 1.75Mm (+/- 0.02Mm)
  • Print temperature: 210-240°c. Print bed temperature (optional): 50-70°c
  • Tips: post-annealing at 80-130°c can be used to promote crystallization and improve the part’s heat deflection temperature

Check Out Our Website For Details…