FIGURE 4® TOUGH-GRY 15

Rigid gray parts at a fraction of the cost of traditional methods with high strength and stability produces highly accuracy components.

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3d-printer-figure-4-tough-gry15

FIGURE 4® TOUGH-GRY 15

Rigid gray parts at a fraction of the cost of traditional methods with high strength and stability produces highly accuracy components.

BUY GET A QUOTE
3d-printer-figure-4-tough-gry15

OVERVIEW

Figure 4® TOUGH-GRY 15 Is A High-Strength, High-Stability Material Ideal For Industrial Applications. Economic Pricing Enables The Creation Of Short Run Production Components At A Fraction Of The Cost Of Previous Approaches. With A Break Elongation Of 35%, This Tough Opaque Grey Material Creates Extremely Precise Components For The Consumer Goods, Aerospace, And Automotive Sectors, While Maximizing Productivity And Cost Effectiveness Via Digital Molding..

APPLICATIONS

  • Iterative design
  • Sturdy functioning components for
    • Automobile styling components
    • Testing for form, fit, and function
    • Assemblies are both durable and snap-fit
    • Cases, bezels, and coverings
    • Exceptional patterns
  • Manufacturing of stiff components on a short-term basis
  • Consumables
  • Ready to be painted or plated

BENEFITS

  • Robust, stiff manufacturing components
  • Mechanical components that remain stable over time
  • Reasonably priced

FEATURES

  • Excessive elongation at the break
  • Superior resistance to humidity/moisture
  • Sturdy and robust
  • Gray colour that is opaque

MATOUGH AND DURABLETERIAL PROPERTIES

Where relevant, the complete set of mechanical characteristics is provided in accordance with ASTM and ISO standards. All components are conditioned for a minimum of 40 hours at 23 °C and 50% relative humidity in accordance with ASTM recommendations. Physical and mechanical qualities, as well as thermal, UL flammability, and electrical properties, are all included in material properties (dielectric strength, dielectric constant, dissipation factor, and volume resistivity).

PRODUCTION PARTS AT AN ECONOMICAL PRICE

Figure 4 technology creates isotropic components, which means that items printed along either the XYZ or Z axis will have equivalent mechanical qualities. Because parts do not need to be orientated to provide the best mechanical characteristics, the degree of freedom for part orientation for mechanical qualities is increased.

WHAT'S NEW WITH FIGURE 4?

Rigid-White

Rigid White

RUBBER-BLK 10

RUBBER-BLK 10