top of page
homepage-buyers-guide-banner.jpg
3D PRINTERS
Metal Printer

Download the 3D Printer Buyer's Guide. For your application.

3D printer buyer's guide_0.jpeg

Metal Printers

Rethink metal part design and produce products, components and tools with reduced weight, increased functionalities and simplified assemblies. Save time, cost and part weight with an integrated precision metal manufacturing solution of software, direct metal printer technology, certified materials and expert application support.

3d-systems-dmp-flex-200-thumbnail.png

Plastic Printers

From your office to the factory floor, our plastic 3D printers generate concept models, precision and functional prototypes, master patterns and molds for tooling, and real end-use parts to optimize your designs, streamline your workflows and bring innovative products to market faster.

Plastic Printers

Desktop Metal Binder Jetting Printers

Desktop Metal® exists to make metal 3D printing and carbon fiber 3D printing accessible to all engineers, designers, and manufacturers.

YE-6_Burner_Tip-A_STUDIO-17-4_480x480.png

Burner Tip

Heat Exchanger

Helical_Heat_Exchanger_Copper_Angle-1_ST
Production-System-Creatz3D.png

Metal Binder Printers

metal 3D printers quickly and sustainably transform more than 10 single-alloy metals — from 17-4PH and 316L to Inconel 718, M2 Tool Steel and more — into high-density parts in line with metal injection molding and better than investment castings.

1Met.png
3.png
Metal Binders

Ultrasonic metal atomization

ATO Technology uses ultrasonic vibrations to break a molten metal into small droplets that quickly solidify into metal powder under an inert gas protective atmosphere. The size of the metal powder produced is affected by the ultrasonic frequency used, with higher frequencies producing smaller particles and lower frequencies producing larger particles. Other factors that affect particle size and distribution include viscosity, density, ultrasonic amplitude and atomizer design.
The process of ultrasonic atomization of metal powder using the atomizer with ATO technology involves feeding raw material into the pressurized atomization chamber where an electric arc is created to melt the material. Ultrasonic vibrations are transmitted through a sonotrode to the molten metal bath, forming capillary waves that eject metal droplets with a diameter that depends on the ultrasonic frequency, surface tension, and density of the liquid metal. The droplets are ejected into a cooled stream of argon gas and rounded into near-perfect spheres by surface tension. The droplets then cool and solidify before being sorted and collected.

View All Products
ATO - 1.png
ATO Lab Plus.png
ATO Noble.png

ATO Lab Plus

ATO Noble

Jewellry Printers

Our 3D Printing Solutions for Jewelry Enables...

  • Large Production Capability

  • Direct Castable Resin

  • Complex Design

  • Accurate Patterns

  • Real Wax Material

  • Automatic Support

  • Smart Software : 3D Sprint

3d-systems-figure-4-jewelry-hero-300ppi (1).png

Dental Printers

Produce accurate, highly detailed dental prostheses, precision working models, drill guides and orthodontic thermoforming models, faster and at lower cost, with enhanced quality.

NextDent™ 5100

3d-systems-NetDent-5100-stacked-models-printed.jpg
E-Dent-and-E-Denture-e1498856989959.png
3d-systems-sg-material-500px.png
Dental Printers

Metal Casting Printers

From micro-detailed to extra-large, get precision metal parts fast by printing accurate, repeatable and affordable casting patterns without tooling.

Metal Casting Printers

Desktop and R&D Printers

Desktop 3D printers are the perfect tools to start using and learning all the secrets of 3D printing and additive manufacturing. Our printers will transform your desk, laboratory or school in your personal creation center: desktop printers are very easy to use, affordable, reliable.

3D-printing-material-plastic-powder-PA12
IMG_20191015_100459__01-01.png
IMG_20200605_142002-01-1000x1000.png
Desktop Printer
Large FDM

Robotic Extrusion Printers

This German SpaceA technology is based on the layer-by-layer deposition of one molten thermoplastic. A solid component can be built up by solidifying this melt strand.

Yizumi’s SpaceA technology is based on 4 principles for economical use:

  • Use of a screw extruder

  • Use of a 6-axis positioning system

  • Use of a high plant modularity

  • Use of an industry standard control system

yizumi-spaceA-1-700-500-3d-drucker-vorschau.jpg

Fixed Platen

  • Smallest standard solution of Yizumi.

  • Extruder 500

  • KR10 Small robot with a reach of 700 mm assembled.

  • A wide area can thus be used at low cost.

  • Fixed, magnetic construction platform.

yizumi-spaceA-1-2000-500-S-3d-drucker-vorschau.jpg

Fixed Platen

  • The SpaceA-1-2000-500 is Yizumi’s largest standard solution.

  • Extruder 500

  • KR30 HA with a maximum reach of 2000 mm

  • The system is characterised by its large action area.

  • The modular system also allows flexible use of the print module in different environments.

  • Fixed, magnetic construction platform.

Schema_AM_allg._mit_Einhausung-1.png
printservice_1-2.png
printservice_2-2.png
yizumi-spaceA-1-2000-500-S-3d-drucker-vorschau _2h.jpg

Piece Carrier System

  • The SpaceA-1-200-500 is Yizumi’s most complex standard solution.

  • Two extruders 500 and one milling spindle

  • Automated tool changing system
    KR30 HA with a maximum reach of 2000 mm

  • The hybrid variant allows the integration of several different manufacturing processes on one plant.

  • Thus, the SpaceA-2H-2000-500 is the all-rounder among the additive manufacturing processes.

  • The system is equipped with an automated workpiece carrier conveyor system.
    The workpiece carriers are designed magnetically.

Schema_AM_allg.-2.png
SpaceA - ADDITIVE MANUFACTURING – ECONOMICALLY MINDED

SpaceA - ADDITIVE MANUFACTURING – ECONOMICALLY MINDED

Play Video
Full Color Printer

Full Color Printers

From educational settings to the most demanding commercial environments, 3D Systems’ family of ProJet CJP x60 3D printers provides unparalleled color capabilities at exceptional print speeds, efficiency and low cost of operation.

3d-systems-odm-cjp-turbo-charger-tn (1).

Desktop SLS Printers

Expect the highest SLS 3D printing quality. Find out which printer has the most suitable productivity for your projects. Experience selective laser sintering and go forward with your innovations.

3d-printed-element-lisa-pro.webp
lisa-pro-printout.webp
caterpillar-track2.png
image166.png
  • cost-effective printer for those who print more and often

  • industrial speed – printing and cooling times up to 14 x shorter than Lisa Pro

  • bigger build volume

  • 3rd generation of the Lisa series

  • open printing system

  • a wide range of materials

Sinterit-SLS-3D-printed-part.webp
print-model.png
NILS_480_intustrial_3d_print.webp
bottom of page