Technical Specifications

3D Printing Processes & Material Properties

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Process Overview

Multi Jet Fusion (MJF)

Max Dimensions:
X: 360 mm | Y: 270 mm | Z: 350 mm
Tolerances:
±0.3mm (≤100mm) | ±0.4% (>100mm)
Materials:
Nylon PA12-HP Nylon PA11-HP
Colors:
Black Grey

Selective Laser Sintering (SLS)

Max Dimensions:
X: 340 mm | Y: 340 mm | Z: 380 mm
Tolerances:
±0.3mm (≤100mm) | ±0.4% (>100mm)
Materials:
Nylon PA12-F
Colors:
Black

Stereolithography (SLA)

Max Dimensions:
X: 770 mm | Y: 770 mm | Z: 520 mm
Tolerances:
±0.2mm (≤100mm) | ±0.3% (>100mm)
Materials:
Resin White Resin Black Resin Grey
Colors:
White Black Grey

Material Properties Comparison

Property Nylon PA12-HP
(MJF)
Nylon PA11-HP
(MJF)
Nylon PA12-F
(SLS)
Resin White
(SLA)
Resin Black
(SLA)
Resin Grey
(SLA)
Tensile Strength (MPa) 48 52 44 55 41–58 41–61
Tensile Modulus (MPa) 1,800 1,800 ~1,500 3,200 2,649–2,731 2,638–2,675
Elongation at Break (%) 20 50 ~35 5.5 7–11 7–12
Flexural Strength (MPa) 70 70 49 81 69–76 69–77
Flexural Modulus (MPa) 1,800 1,650–1,700 1,300 2,600 2,722–2,792 2,705–2,875
Impact Strength 3.6 kJ/m² 5–6 kJ/m² ~6 kJ/m² 32 J/m 29–34 J/m 36–55 J/m
Hardness (Shore D) 80 74 81 78–88 76–83
HDT @0.45 MPa (°C) 175 185 147 59 58–69 51–59

Color Comparison

Material Color Comparison
Color Availability by Material

MJF Process: Black is obtained through dyeing, while Grey is the natural standard color for both Nylon PA12-HP and PA11-HP materials.

SLS Process: Black is the natural and standard color for Nylon PA12-F.

SLA Process: White, Black, and Grey are the standard resin colors.

Material Performance Characteristics

MJF Materials

Nylon PA12-HP: Balanced mechanical properties with high heat resistance (175°C HDT). Suitable for structural components requiring stiffness and thermal stability.

Nylon PA11-HP: Superior flexibility (50% elongation) and impact resistance. Optimal for snap-fit components and dynamic applications.

SLS Material

Nylon PA12-F: Moderate mechanical properties with good flexibility. Suitable for functional prototypes and components requiring some ductility.

SLA Resins

Resin White: Highest stiffness (3.2 GPa modulus) but brittle (5.5% elongation). Suitable for visual models and rigid components.

Resin Black: Moderate stiffness with better elongation than white resin. Good for functional prototypes requiring some flexibility.

Resin Grey: Balanced properties with best impact resistance among SLA materials. Suitable for general-purpose applications.

Material Selection Guide

High-Temperature Applications (>100°C)

Recommended: Nylon PA11-HP (185°C HDT), Nylon PA12-HP (175°C HDT) or PA12-F (147°C HDT)

Avoid: SLA resins (max 69°C HDT)

Structural Components Requiring Stiffness

Recommended: Nylon PA12-HP (1.8 GPa modulus) or Resin White (3.2 GPa modulus)

Consider: Stiffness requirements vs. temperature limitations

Flexible Components & Snap-Fits

Recommended: Nylon PA11-HP (50% elongation) or Nylon PA12-F (~35% elongation)

Avoid: SLA resins (5.5-12% elongation)

Impact-Resistant Applications

Recommended: Nylon PA11-HP (5-6 kJ/m² impact) or Resin Grey (36-55 J/m impact)

Consider: Impact test requirements and environmental conditions

Visual Models & Prototypes

Recommended: SLA resins for surface finish quality

Consider: Mechanical requirements vs. aesthetic needs

Technical Notes:
  • All values represent typical material properties under standard conditions
  • Actual performance may vary based on part geometry, orientation, and environmental factors
  • For critical applications, mechanical testing of production samples is recommended
  • Contact engineering support for application-specific material recommendations