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3D Systems

3D Systems has run on innovation for over 30 years. Co-founded by the inventor of 3D printing, Charles (“Chuck”) Hull, 3D Systems has grown into a global 3D solutions company focused on connecting their customers with the expertise and digital manufacturing workflow required to solve business, design or engineering problems.

Figure 4

  • Figure 4 Standalone Customer Story Figure 4 Standalone Customer Story

    Learn how Stockholm-based product design agency, Splitvision Design uses the Figure 4 Standalone to evaluate fitting and assembly before moving in to serial production.

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  • White Paper: A Digital Alternative to Injection Molding White Paper: A Digital Alternative to Injection Molding

    Discover a disruptive and scalable alternative to traditional injection molding that enables designs to go directly from CAD to manufacturing without tooling or delay.

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  • White Paper: Significant Cost Savings Over Cast Urethane White Paper: Significant Cost Savings Over Cast Urethane

    3D printing has become a near-universal method for producing prototypes and short-run production parts without the time and expense of hard tooling.

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3D Systems NextDent 5100

Powered by Figure 4 technology, the NextDent 5100 facilitates high-speed 3D printing for production of dental appliances and sacrificial castings. This revolutionary solution features an industry-defining value proposition that combines best-in-class speed and performance at a price point that is accessible to virtually all labs and clinics.

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3d systems nextdent 5100 Figure 4 Dental
Specifications Applications
  • - Dental 3D printing production system
  • - High speed productivity
  • - Accurate
  • - Affordable
Dental models, Dentures, Impression trays, Surgical guides, Production, Prototyping

3D Systems Figure 4 Standalone

The Figure 4 Standalone is perfect for low-volume production and same-day prototyping with high accuracy and industrial-grade durability. Print parts and get results within hours instead of days.

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3d systems figure 4 standalone Figure 4 Standalone
Specifications Applications
  • - Print 500 parts per month
  • - Industrial-grade materials
  • - Accurate
  • - Affordable
Elastomeric Parts, Medical Applications, Investment Casting, Mold Making, Production, Prototyping, Tooling

3D Systems Figure 4 Modular

The modular version of 3D Systems’ Figure 4 is a scalable, semi-automated 3D production solution suitable for low to mid-volume production and bridge manufacturing. Print parts and get results within hours instead of days.

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modular 3d priting system Figure 4 Modular
Specifications Applications
  • - Print 10,000 parts per month
  • - Add up to 24 printers to base unit controller & printer
  • - Automated job management and queuing
  • - Automated material delivery
  • - Centralized post-processing
  • - Industrial-grade materials
Elastomeric Parts, Medical Applications, Investment Casting, Mold Making, Production, Prototyping, Tooling

3D Systems Figure 4 Production

The Figure 4 Production is a fully-integrated digital manufacturing solution suitable for high volume production.

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Figure 4 Production system Figure 4 Production
Specifications Applications
  • - Resin-based direct digital production system
  • - Fully-integrated solution
  • - Print > 100,000 parts per month
  • - Automated job management and queuing
  • - Automated material handling
  • - Integrated post-processing (washing, drying & curing)
  • - Industrial-grade materials
Elastomeric Parts, Medical Applications, Investment Casting, Mold Making, Production, Prototyping, Tooling

Direct Metal Printing

  • Optimize Fluid Dynamics with 3D Printing Optimize Fluid Dynamics with 3D Printing

    3D printing has enabled unprecedented improvements in fluid dynamics applications..

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  • Direct Metal Printing Design Guide Direct Metal Printing Design Guide

    This guide starts with the basics of how metal powder is sintered by lasers and expands on design techniques to drive efficiency.

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  • NuVasive Taps AM Ecosystem to Optimize Spine Implant Technology NuVasive Taps AM Ecosystem to Optimize Spine Implant Technology

    Spinal device company goes from additive manufacturing novice to full product line of optimized 3D printed implants in one year.

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  • Metal 3D Printed Conformally-Cooled Injection Mold Increases Production Rate by 30% Metal 3D Printed Conformally-Cooled Injection Mold Increases Production Rate by 30%

    3D Systems’ metal AM and Cimatron mold design software deliver mold inserts that dramatically reduce cooling cycles.

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3D Systems DMP Flex 350

DMP Flex 350 is designed for R&D projects, application development or serial production. Yet it is easily scalable for volume part production. Quick-swap build modules and fast powder recycling speed up production. A central server manages print jobs, materials, settings and maintenance for 24/7 productivity.

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DMP Flex 350 DMP Flex 350
Specifications Applications
  • - Reduced weight/light-weight design
  • - Orthopedic and spinal implants
  • - Simplified assemblies
  • - Reduced number of parts
  • - Conformal cooling
  • - Enhanced fluid flow
  • - Conformal latticework
  • - Topology optimization
  • - Mass customization
Production, Research and Development

3D Systems DMP Factory 350

The DMP Factory 350 has been developed through a continuous feedback loop between the production teams in 3D Systems’ advanced manufacturing centers and product development. With this technology 3D Systems offers you an integrated solution for metal additive production.

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DMP Factory 350 DMP Factory 350
Specifications Applications
  • - Powder-based metal production system
  • - Reduced weight/light-weight design
  • - Orthopedic and spinal implants
  • - Simplified assemblies
  • - Part count reduction
  • - Conformal cooling
  • - Enhanced fluid flow
  • - Conformal latticework
  • - Topology optimization
  • - Mass customization
Production, Research and Development

3D Systems DMP Factory 500

The DMP Factory 500 Solution is comprised of function-specific modules designed to maximize efficiency by optimizing utilization. Each module within the factory solution is fully integrated with a Removable Print Module (RPM) which is vacuum sealable for a controlled print environment and engineered to move between printer and powder modules for continuous production workflow.

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DMP Factory 500 DMP Factory 500
Specifications Applications
  • - AM metal production system
  • - Modularity for a Scalable Factory Solution
  • - Uniform, Repeatable Quality
  • - Metal 3D Printing with Lower Part Costs
  • - High Productivity
  • - Seamless Large Parts
Production, Research and Development

Selective Laser Sintering

  • Briggs & Stratton Uses SLS Printing to Develop and Qualify Engine Parts Briggs & Stratton Uses SLS Printing to Develop and Qualify Engine Parts

    Buying an SLS printer has transformed Briggs & Stratton’s prototyping capabilities, introducing new levels of throughput, durability, and accuracy in product development.

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  • Expand your manufacturing capabilities with SLS Expand your manufacturing capabilities with SLS

    SLS uses high-powered CO2 lasers to selectively melt and fuse powdered thermoplastics. This is ideal if you are looking to produce tough, functional parts with great surface finish.

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  • Production Time, Cost for TIG Welding Fixtures Reduced with SLS 3D Printing Production Time, Cost for TIG Welding Fixtures Reduced with SLS 3D Printing

    Rapid Application Group helps large aerospace company optimize and manufacture TIG welding fixtures using 3D Systems’ SLS printing

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3D Systems ProX SLS 6100

3D Systems’ ProX 6100 SLS 3D printer enables you to produce tough, durable parts from a range of production-grade nylon materials.

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3D Systems ProX SLS 6100 ProX SLS 6100
Specifications Applications
  • - SLS production system
  • - Print strong end-use parts and functional prototypes
  • - Full automation of material handling
  • - Streamline your workflow with automation tools
  • - Low-cost of ownership with high-throughput
  • - High resolution and edge definition
Production, Prototyping, Tooling

MultiJet Printing

  • The Foundry Goes Digital The Foundry Goes Digital

    Tool-less digital manufacturing solutions have changed the landscape of investment casting with 3D printing of high quality wax and resin casting patterns in hours..

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  • Protocast Cuts Leadtime on High Value Casting Patterns Protocast Cuts Leadtime on High Value Casting Patterns

    Precision investment casting foundry accelerates delivery times for intricate casting patterns using 3D Systems ProJet MJP 2500 IC

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  • 3D Printing Helps Jewelry Start-Up Ride the Mass Customization Wave 3D Printing Helps Jewelry Start-Up Ride the Mass Customization Wave

    3D printing enables very rapid mass customization of personalized wedding rings at Vowsmith driving fulfillment towards 72 hours after orders are received

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3D Systems ProJet MJP 2500W

The ProJet MJP 2500W is a wax 3D printer that prints fine wax patterns for direct metal casting. It is a 100% wax jewelry patterns 3D printer that adjusts to your workflow, delivering from several short-run batches a day to the next day for larger builds at high productivity.

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3D Systems ProJet MJP 2500W ProJet MJP 2500W
Specifications Applications
  • - Wax 3D printer for direct metal casting
  • - Print high fidelity patterns
  • - Exceptional sharp edges & fine feature definition
  • - Greater geometric freedom
  • - High performance, durable casting wax
  • - Low Total Cost of Ownership (TCO)
Investment Casting, Production, Prototyping

3D Systems ProJet MJP 2500 Plus (Dental)

With excellent edge fidelity and low friction matte surfaces for easy prep insert and removal, the ProJet MJP 2500 Plus utilizes VisiJet M2R-TN material to produce accurate prosthodontic and thermoforming models in tan color, for easy detail visualization. Models deliver ± 50μ accuracy on 80% of global surfaces, which yields clinical fit for single and multi-unit indications.

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ProJet MJP 2500 Plus (Dental) ProJet MJP 2500 Plus (Dental)
Specifications Applications
  • - Dental 3D printer
  • - Produce prosthodontic models
  • - Produce thermoforming models
  • - Designed for 24/7 use
  • - Exceptional sharp edges and fine features definition
  • - Designed for your office/lab environment
  • - Low Total Cost of Ownership (TCO)
Dental models, Production

Stereolithography (SLA)

  • Increase Manufacturing Agility with SLA Increase Manufacturing Agility with SLA

    Staying competitive when time-to-market is shrinking requires you to shorten product development cycles and increase manufacturing agility.

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  • Carbon Fiber SLA - A New Approach to Composite Fabrication Carbon Fiber SLA - A New Approach to Composite Fabrication

    Automotive, aerospace, robotics, and sporting equipment all benefit enormously from the strength-to-volume ratio offered by carbon fiber parts.

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  • Glass Bottle Redesigned Using Clear SLA 3D Printing Glass Bottle Redesigned Using Clear SLA 3D Printing

    Orora earns client buy-in on new bottle design using color-matched 3D printed appearance models with identical heft and hue of glass.

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  • Applications and Use Cases Featuring Clear 3D Printing Applications and Use Cases Featuring Clear 3D Printing

    In this eBook find out how the combination of clear materials and 3D printing can bring new insights and innovations, as well as significant savings in time and cost.

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3D Systems ProJet 7000 HD

The ProJet 7000 HD 3D printer builds on the unrivaled advantages of Stereolithography (SLA) allowing for single large-sized or series of smaller-sized additive manufactured prototypes, patterns and end-use parts up to 380 x 380 x 250 mm (15 x 15 x 10 in) in size.

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ProJet-7000-hd ProJet 7000 HD
Specifications Applications
  • - Exchangeable Material Delivery Modules
  • - Utilizing two laser spot sizes per layer
  • - Ease of use – intuitive workflow
  • - Meets injection molding accuracy, rivals CNC
  • - Low material waste
  • - Accurately define curves
  • - Cloud connectivity
  • - Smooth surface finish
Mold Making, Production, Prototyping, Tooling

3D Systems ProX 800

The wide spectrum of Accura® additive manufacturing materials is developed and tuned to 3D Systems’ SLA 3D print engines and enable rigid, tough/durable, clear, casting, high-temp, composites and specialty materials to meet your application and product requirements. Rapidly 3D print prototypes, investment casting patterns, thermoforming molds, and more.

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ProX-800 3d systems ProX 800
Specifications Applications
  • - Quick and easy material changeover
  • - Single source solution
  • - Ease of use – intuitive workflow
  • - Meets injection molding accuracy, rivals CNC
  • - Low material waste
  • - Broad application flexibility
  • - Finest feature detail on parts of any size
  • - Smooth surface finish
Production, Prototyping

Featured Content

Options for Dental Printing

Many dental appliances require a high level of customization to ensure conform and compatibility with the patient. In comes dental printing

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3D Printing for Spines

Medical 3D printing news of the last few months has been dominated largely by coronavirus-themed stories. Masks, ventilators, valves… even vaccine discovery aided with 3D printing. But ...

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