Taulman Nylon 680 - 2.85mm - 450g


Actie prijs€57,99
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Taulman Nylon 680 – 3D printing filament for medical, dental, food and robotic applications

Nylon 680 is an innovative new nylon-based material for 3D printing with Fused Filament Fabrication (FFF). This filament has been developed for use in a variety of areas and industries. This filament is used in medicine, dental technology, food processing and robotics. Compatible with sterilization processes, FDA-approved for indirect food contact, Nylon 680 is designed to provide superior strength and physical properties compared to consumables currently on the market. The material properties of 680 are highly appreciated by both industry and hobbyists.

Areas of application:

  • Medical applications
  • Dental technology
  • Food industry
  • Sterilization properties

Nylon 680 is compatible with the sterilization methods used in scientific laboratories worldwide to conduct a wide range of research:

  • Ethylene oxide sterilization compatible (low temperature)
  • Steam / Cooking Sterilization compatible (high temperature)

Sterilization is important for researchers because it removes all fungi, bacteria and other microbes that can be harmful to test conditions. Compatibility with sterilization processes is a rare material property in the 3D printing industry and is a unique property of Nylon 680.

Laboratory applications:

  • Support frameworks to grow cells
  • Tissue engineering
  • Prototyping of medical devices and prostheses
  • On-demand production of customer-specific laboratory equipment
  • From an EU perspective for dental applications

Dentists in the European Union are currently testing this material for use in their practices. It is currently undergoing a certification test for EU dental CE marking. Nylon 680 filament can thus be used commercially in dentistry.

Food processing applications

Nylon 680 is approved for storage and handling of food. It can be used to make tableware, cutlery and decorations. It withstands an alcohol content of less than 8%. The material is also dishwasher safe.

Nylon 680 is manufactured to meet FDA 21CFR177.1500. PART 177

"INDIRECT FOOD ADDITIVES" Subpart B - POLYMERS - Subpart B - Substances for use as basic components of single and repeated use food contact surfaces.

Vacuum sealed and traceable

Nylon 680 is vacuum-sealed and supplied with a serial / batch number for traceability. This way you can be sure that your filament has the characteristics mentioned above.

Veterinary use

Due to its unique properties, Nylon 680 is well suited for use in veterinary medicine, including animal impression taking and the development of customized prostheses.

Excellent material for high-strength, functional 3D printed parts

Stronger than PLA and ABS

3D printed parts with nylon 680 were independently tested. They have been shown to be superior to other commercially available FFF 3D printing materials and even to injection molded parts with PLA or ABS.

In laboratory tests, 3D-printed samples of Nylon 680 achieved an average tensile modulus load of 28.634 psi (197.42 MPa), compared to a tensile modulus of 27,141 psi (187.13 MPa) for Nylon 645.

Supports non-destructive evaluation (transparency)

With an opacity of approximately 20%, Nylon 680 is significantly more transparent than Nylon 645, an important requirement for the industry as it supports non-destructive evaluation and allows the user to confirm the correct manufacture of his part.

Precision 3D printing (low material shrinkage)

Nylon 680 has very low material shrinkage, allowing 3D printed parts with low tolerances. This means that users who create functional parts with a specific size requirement can be sure that Nylon 680 is up to the task. Nylon 680 also retains the well-known nylon smoothness required by hospitals and industry.

Superior engineering performance

Nylon 680 will also pave the way for 3D printing in robotics. The robotics industry is currently developing new motors specifically designed to withstand high torques with a minimum end-to-end shaft length. Motors with such designs will be the standard for articulated joints and require a non-standard gear, hubs and mating flanges. Nylon 680 is a suitable material to meet the above requirements as it is a material with high strength and proven low friction surface properties.

Nylon 680 can be used for 3D printing of large parts required for the creation of drones and related robotic applications.

Other applications:

In addition, Nylon 680 can be used for 3D printing of a wide range of functional items, including: Glasses and other outerwear, portable equipment, art, sports equipment, durable custom parts needed for construction projects, and more!

Care and handling:

Taulman nylon filaments are designed to minimize problems caused by moisture. Nevertheless, nylon materials still absorb moisture. This can affect processability if the materials are not stored correctly. Fortunately, moisture absorption is completely reversible.

Tips for handling nylon:

  • Keep nylon in summer in a non-damp environment
  • Do not store nylon in an environment such as a basement that is rather damp
  • Use a dehumidifier in your storage room
  • You can also use silica gel packs to absorb moisture
  • What can you do if your material is in a damp environment and has absorbed moisture?

As mentioned above, the absorption of moisture is completely reversible. Drying nylon materials before use for 3D printing removes almost all water molecules. You can use a hair dryer or some desiccant packs. Even if Taulman nylon filaments have been immersed in water for weeks, the process of water absorption can still be completely reversed. So, no worries and 3D printing on!

Nylon 680 Specifications:

  • Tensile strength: 4,686 PSI +
  • Module PSI: 28.634
  • Max elongation at break: 226%
  • Application temperature: 250 ° C - 255 ° C
  • Nozzle size: Freely selectable
  • Material shrinkage: 0.006 in / in
  • Transmission: ~ 70%
  • Color: Subtle translucent shell white when 3D printed solid - Can be dyed with acid-based colors.
  • Recommended extruder temperature: 245-250 ° C
  • Recommended print bed temperature: 60-90 ° C
  • Recommended print bed surface: The glass is heated to 45 ° C with a thin layer of PVA.
  • Recommended manufacturing speed: 20-30 mm / s

Buy Taulman Nylon 680 3D printing filament for medical, dental, food and robotics applications.

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