ABS 702

Professional durability in every print

 

ABS 702 is an advanced filament for demanding makers that takes 3D printing quality to a new level. It combines superior mechanical strength with versatile machining options, providing unlimited possibilities in designing functional parts.

 

Based on a carefully formulated acrylonitrile-butadiene-styrene, ABS 702 sets new standards in printing technical and consumer parts. This filament is a one-stop solution for professionals looking for a reliable material for the most demanding projects.

ABS 702 is the choice of professionals who do not recognize compromise. Whether you're creating advanced prototypes, mechanical components or durable housings, this material will meet your highest demands. Join the ranks of experts who trust Nebula's technological excellence and discover new possibilities in 3D printing.

Diameter

1.75 mm

2.85 mm

Net weight of the spool

0.5 kg, 1 kg, 3 kg

0.5 kg, 1 kg, 3 kg (available on request)

Suggested printing parameters:

Print temperature:

230 - 260°

Table Temperature:

90 - 100°

Recommended Printing Speed:

30 - 150 mm/sec.

Ventilation:

not recommended

ClosedChamber:

recommended for large prints

Drying Conditions:

not required (drying at 60°C /4h is recommended for better properties)

Adhesive Agents:

not required (for better adhesion you can use: Dimafix, StickIT)

Material Surface:

gloss

Material Shrinkage:

low

Keep in mind that the ideal settings may vary depending on the specific printer model and the type of projects you intend to pursue. The above data should be considered as a guideline.

Material characteristics:

  • Exceptional resistance to high temperatures - your prints remain stable even in harsh conditions
  • Excellent mechanical strength - ideal for functional parts and stressed components
  • Can be professionally processed - sand, polish and varnish for a perfect finish
  • Optimized interlayer adhesion - guarantee of structural integrity of prints
  • Optimized interlayer adhesion - guarantee of structural integrity of prints
  • Dimensional stability over a wide temperature range

Downloadable:

Technical Data Sheet

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Savety Data Sheet

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