Material Specification Table

DuraMax Next SLA Resin   SLA Rapid Prototype part

Properties/Characteristics Units Value
Tensile Strength MPa 31.0 -34.6
Tensile Modulus MPa 2,370 - 2,490
Elongation at Break % 8 - 10
Flexural Modulus MPa 2,414 - 2,525
Impact Strength, notched Izod J/m 0.47 - 0.52
Heat Deflection Temperature °C 48 - 51
Hardness Shore D 82
  • Opaque white appearance
  • Ideal for limited functional applications
  • Smooth surface finish

  

DuraMax Water Clear SLA Resin  DuraMax Water Clear SLA Rapid Prototype Model

Properties/Characteristics Units Value
Tensile Strength MPa 55 - 56
Tensile Modulus MPa 2,860 - 2,900
Elongation at Break % 6 - 9
Flexural Modulus MPa 2,410 - 2,570
Impact Strength, notched Izod J/m 0.24 - 0.26
Heat Deflection Temperature ºC 42 - 43
Hardness Shore D 86 - 87
  • Appearance: Optically clear, colourless
  • Ideal for design validation and limited functional tests
  • Improved clarity when lacquered

Click here to download SLA material spec sheet


  

Objet FullCure 720  Fullcure 3d printed part

Properties/Characteristics Units Value
Tensile Strength MPa 50-65
Elongation at Break % 15 - 25
Flexural Strength MPa 80-110
Flexural Modulus MPa 2700-3300
Impact Resistance, Notched Izod J/m 20-30
Heat Deflection Temperature ºC 45-50
  • Smooth surfaces
  • Fine detail reproduction
  • Yellowish material, transparent when laquered

  

Objet Durus White  Objet white prototype  

 

Properties/Characteristics Units Value
Tensile Strength MPa 50-65
Elongation at Break % 10-25
Flexural Strength MPa 75-110
Flexural Modulus MPa 2200-3200
Izod Notched  Impact J/m 20-30
Heat Deflection Temperature ºC 45-50
  • Smooth surfaces
  • Fine detail reproduction
  • Translucent milky white


  Objet Vero Blue  Objet vero blue rapid prototype

Properties/Characteristics Units Value
Tensile Strength MPa 50-60
Elongation at Break % 15 - 25
Flexural Strength MPa 60-70
Flexural Modulus MPa 1,900-2500
Impact Resistance, Notched Izod J/m 20-30
Heat Deflection Temperature ºC 45-50
  • Smooth surfaces
  • Fine detail reproduction
  • Opaque blue colour

  Objet TangoPlus  rubber prototype part in Tango

Properties/Characteristics Units Value
Tensile Strength  ASTM D-412 MPa 0.8-1.5
Elongation at break % 170-220
Compressive set % 4-5
Shore Hardness (A) Scale 26-28
Tensile Tear resistance Kg/cm 2-4
Polymerized density g/cm3 1.12-1.13
  • Ideal for shoe soles, rubber gaskets, rubber gromments, keypads and buttons
  • Not recommended for components with a wall thickness or detail < 1.0mm

Click here to download Objet Material spec sheet (not all materials are available)

Click here to download Objet Digital Material spec sheet (material blends) 


  

  SLS (Nylon)  SLS rapid prototype material

Properties/Characteristics Un-filled Nylon 11 Glass Filled Nylon 11 Aluminium Filled Nylon 11 Un-filled Nylon 12
Melting Point (ºC) 183 191 191 177
Yield Strength (MPa) 35 31 n/a 35
Tensile Stength (MPa) 46 32 40 45
Young's Modulus (MPa) 1353 1335 10810 6617
Elongation at break (%) 34 24 4 6.8
Flexural Modulus (MPa) 870 4330 n/a 1420
Impact Strength (J/m) 70 68 n/a 51
Impact Strength (J/m) 1370 443 n/a n/a
  • Rough surfaces
  • Extremely strong
  • Good heat deflection properties

Click here to download SLS Material spec sheet.

 


Rapid Plastic PU Materials

When producing vacuum cast prototypes, there is a wide selection of different polyurethane grades to chose from. These different polyurethane grades, allows us to simulate common thermoplastic such as ABS, nylon and acrylic.

Hardness of a material is measured on two durometer scales:

Shore A = For measuring soft compounds

Shore D = For measuring harder systems

Shore A Shore D Feels Like
0   Very soft, flesh like
10   Very soft, rubbery
20   Soft
30   Medium soft, art gum eraser
40   Firm, red rubber eraser
50   Auto radiator hose
60   Vinyl feet for chairs
70   Vinyl garden hose
80   Extension cord plugs
90   Vinyl watch strap
  50 Printing press rollers
  60 Skate wheels
  70 Computer cabinets
  80 Very hard

 

All figures above are only approximate values. Actual figures may vary according to build conditions. All figures are subject to change.