• Print Up to 10X Faster

    The Atlas reduces print times up to 10X with pellet extrusion and a high-speed motion control system.

  • Decrease Material Cost Up to 10X

    Reduce material costs up to 10X with pellet feedstocks and up to 75% with open market filament feedstocks with the Atlas.

  • End-Use Manufacturing Ready

    The Atlas isn't just for prototyping. Create large, high performance parts, on-demand, that are ready for your manufacturing production floor.

Purpose Built. Production Ready.

The Atlas is a proven production additive manufacturing system for applications including patterns, molds, tooling, jigs, fixtures, end-use parts, and full scale prototypes. Designed for lights-out manufacturing, the Atlas helps to shorten cycle times, reduce costs, and increase up-time in your production processes.

The Atlas features an industrial CNC control system with servo drives on all axes for increased speed and reliability. Built with a welded steel frame and industrial heated enclosure, the Atlas is ready for the production floor to produce functional, high-performance parts.

The Atlas 3D printer in a facility
Large format 3D printing has helped us speed up the manufacturing process of our products, due to the confidence we have for the Atlas to work 24/7 without the need for special care during printing.
—Alonso Alavarez, CEO, PSSI

Pellet Extrusion on the Atlas

3D print with high temperature materials including CF-PEI, GF-PEKK, and GF-PC on the Atlas with Titan’s pellet extrusion system and industrial heated enclosure. Direct pellet-fed 3D printing enables the use of a wide range of materials, while reducing material cost by up to 10X and with deposition rates up to 10X higher than filament 3D printing.

An Atlas 3D printer making a part
Off white plastic pellets on a grey background

Hybrid Pellet + Filament Extrusion

The Atlas with hybrid pellet + filament extrusion system provides the ultimate flexibility in choosing the right extrusion technique for your application. For large parts that need to be printed quickly, select pellet extrusion for high-deposition rates. For parts that require high surface resolution and fine details, filament extrusion is the preferred method. Hybrid printing also enables printing with dual materials, such as soluble support material and high-performance model material.

CF ABS Aquasys Pattern
Grey, natural hybrid pellets on a neutral background

Atlas with Pellet Extrusion Enables Serial Production: 3D Printing PPE

  • 90% reduction in cost per par using pellets over traditional filament
  • 5 minute production time per part due to optimized design and tool-pathing
  • 4,000 face shields 3D printed in 2 weeks
Atlas with Pellet Extrusion Enables Serial Production: 3D Printing PPE

Lights Out Manufacturing with the Atlas

  • Reliable 3D Printing for Production

    The Atlas’ industrial motion control system increases up-time and reliability with a CNC controller, closed-loop system with servos on all axes and remote monitoring capabilities.

  • Built for the Factory Floor

    With a welded steel frame that is precision machined, the Atlas is a production-proven additive manufacturing system. The industrial, heated and insulated enclosure means the Atlas is ready for any production environment.

  • Open Architecture for More Control

    Manufacturers can choose the right materials for their applications, with hundreds of grades of open-market pellet materials available for use on the Atlas. Print parameters can be dialed in to optimize serial production 3D printing applications.

Atlas Specifications

  • Build Volume
    Atlas 2.5 42 x 42 x 48 in (X x Y x Z)
    Atlas 3.6 50 x 50 x 72 in (X x Y x Z)
    Custom Sizes Available
    Toolhead Configurations
    Single Toolhead Pellet Extruder
    Filament Extruder (Pellet Ready)
    Two Toolheads Pellet Extruder + Filament Extruder
    Dual Filament Extruders (Pellet Ready)
    Three Toolheads Pellet Extruder + Dual Filament Extruders
    Temperatures
    Pellet Extruder 400°C
    Filament Extruder 400°C
    Bed 140°C
    Enclosure 80°C
  • Extrusion Capabilities
    Pellet Nozzle Diameters 0.6mm - 9.0mm
    Pellet Layer Heights 0.4mm - 6.0mm
    Pellet Extruder Throughput 1lb - 30 lbs *per hour
    Filament Nozzle Diameters 0.4mm - 1.2mm
    Filament Layer Heights 0.15mm - 1.0mm
    Filament Throughput <1lb - 2 lbs per hour

    *Max flow rate with 9mm nozzle

    Control System
    Motion Controller CNC Controller
    Drives Servos on all axes
    Print Speeds Up to 30,000 mm/min
    Atlas 3.6 Up to 60,000 mm/min
    Slicing Software Simplify3D
    System Requirements
    Power Input 208V Three Phase 100A
    Atlas 2.5 Machine Weight 4500 lbs
    Atlas 3.6 Machine Weight 6000 lbs
    Atlas 2.5 Machine Footprint 8' x 7' x 8.6'
    Atlas 3.6 Machine Footprint 11' x 10' x 10'

Frequently Asked Questions

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  • Application Innovation Group

    Our team can help you solve your most difficult design and production challenges with additive manufacturing solutions. Together we’ll identify your needs, working with you to optimize your designs, prototype, validate and define a manufacturing flow.
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