• Leading Tech Since 1997
  • / 1-800-711-6277
  • LOGIN / SIGN UP / VIEW CART
  • Home/3D Printers/Nexa3D NXE400
  • Nexa3D NXE400

  • Contact us for details about buying the Nexa3D NXE400. A Dynamism 3D Printer specialist will contact you within one business day.
  • Request Quote
  • Request Sample
  • Estimated shipping: Now available, ships in 5-7 days
    Please note: Requires freight shipment for delivery
  • Using an innovative Lubricant Sublayer Photo-curing (LSPc) process, the Nexa3D NXE400 is making high-speed, industrial-grade Stereolithography 3D printing accessible to professionals and businesses of all sizes.

  • Upgrade. Additive. Manufacturing.

    Breaking the Speed and Size Barriers

     

    6X the speed and 2.5X the volume of all other comparable 3D printers on the market.
    Continuously printing up to 16 liters of parts at speed up to 1Z centimeter per minute.

    • 1LSPc® Membrane
    • 2LSPc® HC Mask
    • 3LSPc® Optical Layer
    • 4UV Light Array
     

    The LSPc Process

    The base of the LSPc process is a uniform light source, which is created through a combination of an ultraviolet (UV) light array and the LSPc optical layer. This uniform light is then projected through the LSPc HC Mask, which is responsible for adjusting and projecting light to the appropriate regions of the vat, where photopolymerization for a specific print job is taking place layer by layer. The final part of the process involves the proprietary LSPc membrane, which both creates a no-stick zone between the cured part and vat as well as allowing resin to quickly spread across the entire vat and ensure replenishment between each layer.

    Print Tech Continuous LSPc
    Light Source Structured Light Matrix
    XY Scanning 75 um
    Build Area 280x165x400 mm (11x6.5x15.74 inch)
    Z Resolution 50/100/200 microns
    Z Coordinate Z-Axis and Vat
    UI Predictive and Prescriptive
    Interface USB Cable/USB Drive/Ethernet/WIFI
    Input File Format .stl, .3ws, .3wn, .STEP
    Materials xABS-HT-Orange, xGPP-Translucent, xGPP-Gray, xGPP- Blue

    Reshaping the
    Future of Additive

     

    LSPc technology is breaking the speed
    barrier by actively overcoming the
    traditional speed limiting factors of
    traditional SLA without compromising
    accuracy and resolution.

    Upgrade to Fast, Durable, Accurate Materials

     

    In order to get the maximize the benefits of LSPc technology, resins need a combination of unique chemical and physical properties. Nexa3D Fast RP, Tough, and Super Tough resins were developed specifically for the LSPc process to provide speed, durability, and accuracy.

    As Simple as
    'CTRL+P'

     

    3D printing should not be a barrier; it
    should be force multiplier. Our cognitive
    software fundamentally simplifies the 3D
    printing process.

    Materials

    Upgrade to Fast, Durable, Accurate Materials

    Our materials are tailored to the LSPc process delivering speed, durability and accuracy.
    Getting the most out of our proprietary LSPc technology requires a unique combination of
    chemical and physical properties from our resins. By carefully crafting our resins we are able
    to provide our customers with unprecedented performances making the NEXA3D resins
    ideal for a wide range of applications ranging from rapid prototyping, jigs and fixtures
    all the way to low volume high mix manufacturing.

     

    xABS-HT-Orange Functional Injection Molding Molds

    Unique Features

    • Fast Printing Speed
    • Low Shrinkage
    • Fully Functional parts
    • Stronger Durability

    Rapid Iterations

    • Gauges & Fixtures
    • Primed for Painting or Plating
    • Finely Crafted Details
     

    Mechanical Properties

    Measurement Condition Metric Imperial
    Tensile Strength ASTM D638 80 MPa 11.5 KSI
    Tensile Modulus ASTM D638 13.2 GPa 461.4 KSI
    Elongation at Break ASTM D638 3.4%  
    Flexural Strength ASTM D790 135 MPa 19.6 KSI
    Flexural Modulus ASTM D790 3.25 GPa  
    Notched Izod Impact Strength ASTM D256 20 J/m  
    Heat Deflection Temperature ASTM D648 120  
    Glass Transition DMA, E 129°C  
    Hardness ASTM D2240 90  
     

    xGPP-Translucent TOUGH, ACCURATE, FAST

    Unique Features

    • No Water uptake
    • Fast Printing Speed
    • Low Shrinkage
    • High Accuracy

    Rapid Iterations

    • Performance Prototype
    • Functional end use parts
    • Air duct
    • Fluid flow models
    • Snapp fit
     

    Mechanical Properties

    Measurement Condition Metric Imperial
    Tensile Strength ASTM D638 60 MPa 8.5 KSI
    Tensile Modulus ASTM D638 203 GPa 232.8 KSI
    Elongation at Break ASTM D638 5.5%  
    At 0.45 MPa | 66PSI   61°C 138.2°F
    At 1.82 MPa | 264 PSI   51°C 127.4°F
    Hardness ASTM D2240 88  
     

    xGPP-Gray High detail,
    Great surface finish

    Unique Features

    • Great surface finish

    Rapid Iterations

    • Rapid Iterations
    • Form, fit and function analysis
    • Demonstration & Communication
    • Topology optimization studies
    • DfAM analysis
    • Gauges & Fixtures
    • Primed for painting or plating
    • Finely Crafted Details
    • Injection mold quality & precision
    • Industrial grade Durability
      & Assembly

    Mechanical Properties

    Measurement Condition Metric Imperial
    Tensile Strength ASTM D638 30 MPa 4.3 KSI
    Tensile Modulus ASTM D638 2.1 GPa 303.1 KSI
    Elongation at Break ASTM D638 2%  
    Elongation at Yield ASTM D638 5%  
    At 0.45 MPa | 66PSI   59°C 138.2°F
    At 1.82 MPa | 264 PSI   53°C 127.4°F
    Glass Transition DMA, E 93°C 199.4°F
    Hardness ASTM D2240 84  
     

    xGPP- Blue - DRAFT - LIGHTNING SPEEDS

    Unique Features

    • Fastest Printing Speed in
      it s class
    • Fully Functional Prototypes

    Rapid Iterations

    • Rapid Iterations
    • Form, fit and function analysis
    • Demonstration & Communication
    • Topology optimization studies
     

    Mechanical Properties

    Measurement Condition Metric Imperial
    Tensile Strength ASTM D638 32.4 MPa 4.7 KSI
    Tensile Modulus ASTM D638 2.2 GPa 312.4 KSI
    Elongation at Break ASTM D638 3.51%  
    At 0.45 MPa | 66PSI   59°C 138.2°F
    At 1.82 MPa | 264 PSI   53°C 127.4°F
    Glass Transition DMA, E 93°C 199.4°F
    Hardness ASTM D2240 80  
     
  • QUESTIONS OR CONCERNS? 1-800-711-6277 EMAIL US
  • FOLLOW US
  • NEWSLETTER SIGNUP
  • Thanks for signing up!
    DYNAMISM
    Dynamism is the leading provider of 3D printing solutions, with expertise in hardware, software, and training.
    US/Global   United States and Global
    Dynamism.com
    Copyright © 2020 Dynamism   All Rights Reserved.
  • Copyright © 2020 Dynamism
  • Full site version
  • Select 1-3 products to
    compare in a chart.
  • For sending a wire transfer or issuing a purchase order.
    We accept POs only from government and academic institution or Fortune 500 companies.