|
FDM
MC System Material Descriptions
ABSplus thermoplastic (Acrylonitrile
Butadiene Styrene):
- Environmentally stable - no appreciable
warpage, shrinkage or moisture absorption
- 40 percent stronger than standard
ABS material
ABS-M30 thermoplastic (acrylonitrile butadiene
styrene):
- 25-70 percent stronger than standard
ABS material
- Greater tensile, impact, and flexural
strength
- Layer bonding is significantly stronger
for a more durable part
- Versatile Material: Good for form,
fit and moderate functional applications
ABS-M30i thermoplastic (acrylonitrile
butadiene styrene):
- Biocompatible (ISO 10993 certified)
material
- Ideal material for medical, pharmaceutical
and food packaging industries
- Sterilizable using gamma radiation
or ethylene oxide (EtO) sterilization
methods
ABSi thermoplastic:
- Translucent material
- Ideal for automotive tail lens applications
- Good blend of mechanical and aesthetic
properties
- Available in translucent natural,
red and amber colors
PC-ABS thermoplastic (polycarbonate acrylonitrile
butadiene styrene):
- Most desirable properties of both
PC and ABS materials
- Superior mechanical properties and
heat resistance of PC
- Excellent feature definition and
surface appeal of ABS ]
- Highest impact strength
PC thermoplastic (polycarbonate):
- Most widely used industrial thermoplastic
- Accurate, durable, and stable for
strong parts
- Superior mechanical properties and
heat resistant
- High tensile strength and can handle
high temperatures
PC-ISO thermoplastic:
- Biocompatible (ISO 10993 certified)
material
- Ideal material for medical, pharmaceutical
and food packaging industries
- Sterilizable using gamma radiation
or ethylene oxide (EtO) sterilization
methods
- Best fit for applications requiring
higher strength and sterilization
PPSF/PPSU thermoplastic (polyphenylsulfone):
- Highest heat and chemical resistance
of all FDM materials
- Mechanically superior material, greatest
strength
- Sterilizable via steam autoclave,
EtO, plasma, chemical, and radiation
sterilization
- Ideal for applications in caustic
and high heat environments
|