Figure 4 3D Printers 

Productive and Cost-Effective Digital Manufacturing Solutions

Figure 4® delivers ultra-fast additive manufacturing technology with systems that offer the expandable capacity to meet your present and future needs. With access to a range of innovative materials, Figure 4 enables tool-less alternatives to traditional injection molding or urethane casting processes with direct digital production of precision plastic parts, as well as ultra-fast same-day rapid prototyping.

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Figure 4 new materials parts

  • Figure 4 135

    High speed, high precision with repeatable accuracy for tool-less manufacturing

    Highlights:

    • Designed for high-throughput additive manufacturing as well as high mix, low volume applications, offers best-in-class precision, repeatability, production speed and material performance
    • Delivers true production-grade outcomes required to complement or replace traditional manufacturing operations
    • Ideal solution for rapid prototyping of new designs, small-batch production for niche applications, custom end-use parts, bridge production while waiting for injection molds, and on-demand replacement of parts to reduce downtime

    Software:

    • 3D Sprint

  • Figure 4 Production

    Industry’s first customizable, fully-integrated factory solution for direct digital production

    Highlights:

    • Produce 1 million+ parts per year in a broad range of industrial, dental and custom materials
    • Customizable and automated direct 3D production solution with configurable, in-line production cells
    • Direct digital production alternative to traditional manufacturing

  • Figure 4 Modular

    Scalable, semi-automated 3D manufacturing solution designed to scale with growth

    Highlights:

    • Expandable capacity up to 24 print engines
    • Automated job management and queuing, automated material delivery, and centralized post-processing
    • Same-day prototyping and direct 3D production up to 10,000 parts per month
    • Each printer can run different materials and different jobs as part of a single high throughput line

  • Figure 4 Standalone

    Ultra-fast and affordable for same day prototyping and low-volume production

    Highlights:

    • Same day prototyping and direct digital production of tens and hundreds of parts per month
    • Affordable and versatile solution for low volume production, and same-day prototyping for fast design iteration and verification
    • Speed, quality and accuracy with industrial-grade durability, service and support

Projector-based Stereolithography 3D Printers (PSLA)

High-Speed, Precision Manufacturing with Industrial-Grade Materials

This new technology overcomes the limitations of photopolymer-based 3D printing. While maintaining the first-article success, accuracy and part quality benefits of laser-based SLA printing, PSLA delivers very high print speeds, manufacturing levels of repeatability and a range of production-grade, engineering materials that rival standard thermoplastics with applications ranging from casting patterns, RTV tooling, wind tunnel testing, to high temperature, biocompatible and medical-grade uses.  

PSLA Plastic part

  • PSLA 270

    Merges the best of SLA and light projection technologies to deliver superior performance and productivity

    Highlights:

    • Highly productive system that merges the speed and material performance benefits of light projection technology with the first-article success, accuracy and surface finish of SLA
    • Compact, mid-frame printer that produces batch-level, true production-grade parts in a fraction of the time it would take conventional SLA
    • Designed to operate using Figure 4 range of engineering and production-grade resins to produce best-in-class smoothness and injection-molded like part quality

Stereolithography 3D Printers (SLA)

Prototypes, Tools and Production Parts with the Gold Standard in 3D Printing

3D Systems—the inventor of Stereolithography (SLA) and the only SLA manufacturer offering the total solution with integrated hardware, software and materials fine-tuned to achieve renowned SLA parts quality—brings you legendary precision, repeatability and reliability in SLA 3D printers. SLA printers work with a wide range of materials, with a range of sizes and price points, which are designed for prototyping, end-use part production, casting patterns, molds, tooling, fixtures and medical models.

Learn more about the benefits of Stereolithography (SLA) >>

A 3D Systems SLA part

  • SLA 750

    Industrial-scale additive manufacturing solution for stereolithography

    Highlights:

    • Cost effective 3D printed production parts with unprecedented levels of throughput and reliability
    • Fleet automation readiness with 24/7 lights-out operation
    • Optimized laser scanning technology with synchronous dual laser option
    • Best-in-class production-grade resin materials

  • SLA 750 for Dental

    Precision Meets Productivity in Digital Dental Manufacturing​

    Highlights:

    • Exceptional accuracy across the entire build platform
    • Single or dual laser configuration for fast and scalable production capability
    • Large guild area that can produce hundreds of models per build
    • Unrivaled repeatability from print-to-print and printer to printer
    • Automated nesting and platform preparation tools

    Software:

    • 3D Sprint

  • ProX 950

    All the benefits of SLA 3D printing in extra-large format

    Highlights:

    • Strong, highly accurate large parts (up to 1500 mm length) in one piece
    • Print large format complex assemblies, prototypes and production parts
    • Highly detailed, lightweight investment casting patterns with QuickCast® SLA build style

  • ProJet 7000 HD

    Mid-range integrated solution for SLA quality and accuracy

    Highlights:

    • Print prototypes, tooling, patterns for casting, end use parts
    • Highly detailed, lightweight investment casting patterns with QuickCast® SLA build style

Selective Laser Sintering 3D Printers (SLS)

Production Thermoplastic Parts with our SLS 3D Printers

Expand your manufacturing capabilities with production-grade nylon materials to produce tough, functional complex parts with excellent surface finish, resolution, accuracy, repeatability and low total cost of operations. SLS printers print in thermoplastic materials designed to offer you the full range of capabilities and isotropic properties, from rigid to elastomeric, high elongation, high impact strength, and high-temperature resistance.

Learn more about the benefits of Selective Laser Sintering (SLS) >>

DuraForm-hst-composite-sls

  • SLS 380

    Industrial-scale, process controlled additive manufacturing solution for selective laser sintering

    Highlights:

    • High throughput workflow solution with closed-loop process controls for repeatability across parts, builds, machines, and sites
    • Production-grade nylon thermoplastics
    • Automated 3D part nesting, material handling, and post-processing solutions

  • SLS 300

    Advanced SLS technology in a user-friendly format

    Highlights:

    • Prints highly detailed and functional parts with a wide range of materials
    • Exceptional accuracy and durability
    • Easy to use interface with the ability to print remotely

    Software:

    • Deep Space

Extrusion 3D Printers

Industrial High-Speed Thermoplastic Extrusion 3D Printers

Medium-to-large-format additive manufacturing solutions utilizing pellet feedstocks for significant material cost savings and greater throughput compared to filament-based systems. Built with industrial reliability and repeatability in mind, EXT Titan Pellet systems are ideal for large-scale tooling, patterns, molds, end-use part production and functional prototypes. Multi-toolhead configurations including a filament extruder and milling spindle are available on select systems. 

Titan printer manifold

  • EXT 800 Titan Pellet

    Our entry-level industrial pellet extrusion 3D printer with a compact frame that will fit through standard double doors.

    Highlights:

    • Our proven pellet extruder enables high throughput and repeatable precision
    • Print parts up to 800mm x 600mm x 800mm (31.5” x 23.6” x 31.5”)
    • 100s of industrial pellet materials available, up to 10X less expensive than filaments
    • CNC controlled with servos on all axes, heated vacuum plenum, and actively heated enclosure

  • EXT 1070 Titan Pellet

    3D Systems’ flagship pellet extrusion printer capable of printing medium-to-large format parts, featuring a build volume of 1070mm x 1070mm x 1118mm (42" x 42" x 44").

    Highlights:

    • Pellet extrusion for 10x speed at 10x lower cost than filament
    • Reliable industrial motion controller and servos for lights-out manufacturing
    • Actively heated enclosure and open architecture enable 100s of material choices
    • Modular system allows up to three toolheads including filament extruder, dual pellet extruders and milling spindle

  • EXT 1270 Titan Pellet

    3D Systems’ largest 3D printer capable of printing full-scale parts up to 6 feet tall with direct pellet-fed 3D printing.

    Highlights:

    • Same pellet extrusion speed and cost benefits as the EXT 1070 with huge 1270mm x 1270 mm x 1829mm (50" x 50" x 72") build volume
    • Print large parts reliably with servos on all axes, CNC motion controller, actively heated enclosure, and remote monitoring option
    • Choose from 100s of grades of pellet print materials
    • Combine additive and subtractive manufacturing with optional milling spindle toolhead

Medical 3D Printers

The First 3D Printing Platform Specifically Designed for Medical Device Production

The EXT 220 MED uses filament-based extrusion technology to enable 3D printing of implants and instruments using high performance polymers, including PEEK and Radel® PPSU. An integrated clean room and temperature controls with a laminar airflow make it ideal for rapid manufacture of biocompatible, sterilizable medical devices.

PEEK cranial implants

  • EXT 220 MED

    The only extrusion platform that features an integrated clean room and is validated by leading medical device manufacturers and hospitals worldwide.

    Highlights:

    • First 3D printing platform specifically designed for the additive manufacture of medical implants and instruments in PEEK and Radel® PPSU
    • The only platform with integrated clean room and temperature controls with a laminar airflow
    • Validated to fulfill ASTM standards, it delivers rapid, reproducible printing of a broad range of applications

MultiJet 3D Printers (MJP)

Precision Plastic, Elastomeric, Wax and Composite Parts with MJP 3D Printers

MultiJet Printing (MJP) technology produces high fidelity, true-to-CAD parts, with fast print times, easy operation and simple post-processing for high productivity and true simplicity, from file to finished part. The wide range of VisiJet® materials for the ProJet MJP Series enables a broad set of applications for concept modeling, form and fit testing, functional prototyping, fluid flow analysis, rapid tooling, jigs and fixtures, casting patterns and medical applications requiring USP Class VI and/or ISO 10993 certification.

Learn more about the benefits of MultiJet Printing (MJP) >>

A variety of MJP 3D printed parts

  • MJP 300W

    Flexible, fast, and high-quality jewelry wax patterns 3D printer

    Highlights:

    • 100% wax casting reliability
    • 4 printing modes to match the level of speed, geometric complexity and surface quality your designs require
    • Greater geometric freedom with superior resolution and dissolvable/meltable supports
    • For high-volume and mass custom jewelry manufacturing
    • From fast turnaround short runs to high volume production

    Software:

    • 3D Connect

  • ProJet MJP 2500/2500 Plus

    MultiJet printing quality, speed and ease of use made accessible

    Highlights:

    • Up to 3x higher 3D printing speeds than similar class printers and finished part delivery up to 4x faster with 3D Systems MJP EasyClean System
    • Capable of printing in rigid, engineering-grade, high temperature resistant, elastomeric or biocompatible materials, in clear or in a range of opaque colors
    • Perfect for concept modeling, rapid design iteration and validation, jigs and fixtures, patterns and molds

  • ProJet MJP 2500 IC

    Tool-less production of 100% wax casting patterns

    Highlights:

    • High quality small to mid-sized wax patterns that fit directly into a standard foundry casting process
    • Ideal for customized metal components, bridge manufacturing and low volume production
    • VisiJet® M2 ICast 100% wax material delivers the same melt and burn-out characteristics of standard casting waxes

  • ProJet MJP 2500W Plus

    High productivity and affordability for 100% wax jewelry casting patterns

    Highlights:

    • 100% wax casting reliability
    • High fidelity patterns with exceptional sharp edges, fine feature definition and smooth surfaces
    • Greater geometric freedom with dissolvable and meltable supports
    • For high-volume and mass custom jewelry manufacturing
    • From fast turnaround short runs to high volume production

    Software:

    • 3D Connect

  • ProJet MJP 5600

    Large format, multi-material composite parts in a single build

    Highlights:

    • Produce over-molded parts, multi-material assemblies, rubber-like components, jigs and fixtures, dies and more.
    • Five base materials: rigid white, black or clear, elastomeric black or natural, plus more than 100 composite combinations
    • Print parts up to half a meter long—or several smaller parts—in a single build

  • ProJet MJP 3600 Series

    High capacity, resolution and performance for MultiJet 3D printing.

    Highlights:

    • Print in a choice of seven durable plastic materials
    • Choose between the ProJet MJP 3600 or 3600 Max 3D printers, depending on build volume and resolution requirements
    • Print assemblies, including snap-fit, parts for fluid flow visualization, and USP Class-VI compatible medical applications
  • colorful 3d printed materials

    Materials

    Our extensive and versatile portfolio of 3D printing materials addresses the widest range of applications and performance characteristics in additive manufacturing, with plastic, elastomer, composite, wax, metal, bio-compatible and more material types.

    Go To Materials
  • a screenshot of 3D System's Cimatron software

    Software

    Our engineering software enables the creation of 3D data from scans, design and using that data in manufacturing, 3D printing and 3D inspection of production parts.

    Go To Software
  • Resources Banner Of Plastic SLA 3D Printed Parts

    Resources

    The ongoing developments of the last few decades have transformed 3D printing (also called additive manufacturing), into a viable and cost-effective technology throughout the production environment: from prototyping, to production enablement, to direct 3D production.

    Discover the benefits of Plastic Additive Manufacturing for Your Production Environment
    Go to more resources

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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.