Composite

By Material – Composite

Pellet materials- 3D printing directly with plastic pellets on the Atlas models enables the adoption of additive manufacturing in industrial production.
Special Benefits of 3D Printing by Pellet materials:
  • Affordable feedstocks: Pellet extrusion 3D printing enables the use of affordable feedstocks, often at 10X reduction in cost compared to filament.
  • Faster Print time: High deposition rates ranging from 1lb – 30lbs per hour with pellet extrusion 3D printing on the Atlas mean faster print times, enabling large parts to be printed in days instead of weeks
  • More Material options: Direct pellet fed 3D printing opens up a world of material options, with 100’s of formulations available ranging from low durometer (soft) to high performance and highly filled resins such as carbon fiber and glass fiber.

Composite Layup Tool Aerospace

  • Material : LNPTM THERMOCOMPTM AM
  • ECOO4APQ Compound pellets ( ULTEMTM with 20% carbon fiber )
  • Material Partner : SABIC
  • Part Weight : 20 lbs
  • Print Time : 12 hours

Electrical Box Housing Marine

  • Material : Polypropyiene pellets
  • Material Partner : Braskem

Soluble Core Duct Mold Aerospace / Automotive

  • Material : AquaSysR 180 water soluble pellets
  • Material Partner : InfniteTM Material Solutions
Titan Robotics’ Atlas line of 3D printers utilize open market pellet feedstocks. Below is an example of materials compatible with Titan’s Pellet Extrusion System on the Atlas models. With 100’s of grades of polymers successfully printed with pellet extrusion on the Atlas systems, Titan’s experts help our customers identify and implement the right material for their applications.

Polymer Pellet Feedstocks

Flexible

TPE

 

TPU

 

TPC

 

PEBA (Flexible Nylon)

Standard

PLA

 

ABS

 

PETG

 

ASA

 

PP

High- Performance

CF/GF ABS

 

PC

 

CF/ GF PC

 

Nylons

 

CF/ GF Nylons

 

CF/ GF PEKK

 

CF/ GF PEI

 

PPS

 

PSU

Flexable Material ( Compatiable With Very Flexible Materials , Such As Shore A 26 )
  • TPU
  • TPE
  • PEBA
  • TPC
High Performance /Filled Material
  • PC 20% CF & GF
  • Nylons up to 50% CF
  • PET 20% CF & GF
  • TPC
  • PPS
  • PPSU
  • PEKK 30% CF & GF
  • PEEK 30% CF & GF
Standard Material
  • PLA
  • ABS
  • PETG
  • PP
  • ASA
Lightweight Materials
  • Glass Bead Or Carbon Fiber
In-Situ Comounding
  • Color Blending
  • Material Blending
  • Transitioning - Instantaneous Or Graded