3DX Production | Tech Specs
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Tech Specs

The ProX® SLS 500

The compact ProX printer was developed in tandem with the revolutionary DuraForm® ProX material to produce smoother wall surfaces and injection molding-like part quality, with resolution and edge definition that surpasses existing alternatives.

  • BUILD CAPACITY

    • X – Y – Z = 15 x 13 x 18 in
      (381 x 330 x 460 mm)

  • MATERIAL

    • DuraForm ProX PA

    • Additional Materials Coming Soon

  • LAYER THICKNESS

    • 0.003 – 0.006 in (0.08 – 0.15 mm) (0.004 in, 0.10 mm)

  • VOLUME BUILD RATE

    • 1.8 l/hr

 

THE MATERIAL

DuraForm® ProX™ PA Plastic

(Exclusive to the ProX SLS 500)
Extra strong thermoplastic with superior mechanical properties and finest surface quality. Strong, tough plastic that stands up to the rigors of long-term real world use replacing traditionally injection molded articles. Engineered for the ProX SLS 500 3D printer, with high recyclability and unparalleled mechanical properties.

Applications
  • Functional prototyping and low volume production
  • Housings and enclosures
  • Snapfits and complex assemblies
  • Connectors
Benefits
  • ProX SLS 500 system and DuraForm ProX PA were developed in conjunction to take SLS to a new level of performance and cost effectiveness
  • Replace articles that are typically CNC machined or injection molded with this tough plastic
  • Exceptional recycling rate reduces waste and decreases production costs
  • Expanded utilization of parts
Features
  • Excellent mechanical properties
  • Outstanding surface smoothness
  • Stable dimensional and mechanical properties over time
  • Exceptional recyclability
  • Very high part density
  • ISO 10993 capable (cytotoxiticty, irritation, and sensitization
Technical Specifications

General Properties

Measurement

Condition

Metric

U.S.

 

Sintered Part Density

Internal

0.95 g/cm3

0.95 g/cm3

Mechanical Properties

Measurement

Condition

Metric

U.S.

 

Tensile Strength, Ultimate

D638

47 MPa

6527 psi

Tensile Strength, Break

D638

45 MPa

6817 psi

Tensile Modulus

D638

1770 MPa

257 ksi

Elongation at Yield

D638

14 %

14 %

Elongation at Break

D638

22 %

22 %

Flexural Strength

D790

63 MPa

9137 psi

Flexural Modulus

D790

1650 MPa

239 psi

Hardness, Shore D

D2240

73

73

Impact Strength (notched Izod, 23 °C) @0.12”

D256

45 J/m

0.84 ft-lb/in

Impact Strength (unnotched Izod, 23 °C) @0.12”

D256

644 J/m

12.1 ft-lb/in

Thermal Properties

Measurement

Condition

Metric

U.S.

HDT @ 0.45 MPa

D648

182 °C

360 °F

HDT @ 1.82 MPa

D648

97 °C

207 °F

Coefficient of Thermal Expansion (0-50 °C)

E831

109.5 μm/m-°C

109.5 μm/m-°C

Coefficient of Thermal Expansion (85-145 °C)

E831

221.7 μm/m-°C

221.7 μm/m-°C

Specific Heat Capacity

E1269

1.55 J/g-°C

1.55 J/g-°C

Thermal Conductivity

E1530

0.21 W/m-K

0.21 W/m-K

Flammability 3.0 mm

UL94

HB

HB

Electrical Properties

Measurement

Condition

Metric

U.S.

Volume Resistivity

D257

1.46 x 1015 Ω . cm

1.46 x 1015 Ω . cm

Surface Resistivity

D257

4.66 x 1015 Ω

4.66 x 1015 Ω

Dissipation Factor, 1 KHz

D150

0.022

0.022

Dielectric Constant, 1 KHz

D150

2.85

2.85

Dielectric Strength

D149

15.2 kV/mm

386 kV/in

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