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3D Printing Materials Designed for Multi-Use and Multi-Industry

Stratasys offers designers, engineers, and developers the materials needed to create prototypes, concept models, and end-use products from a wide selection of 3D printing FDM consumables and full Pantone PolyJet colors. These 3D printing materials can range from soft flexible rubber-like textures to industrial-grade end-use commercial parts. Additionally, surgical teams can now prepare with realistic tissue and bone resins to replicate human pathologies. Utilizing Thermoplastic and Photopolymer technology, designers, researchers, and validation teams can create life-like 3D printed models of products to expedite production with the largest selection of 3D printing materials available in the world.

antero high performance

Don't miss our next webinar!

ANTERO: The Cutting Edge of High-Performance Polymers for Additive Manufacturing

Thu, Dec 10, 2020 12pm PST

Meet Antero, Stratasys' newest PEKK-based ultra high-performance thermoplastic material. Ideal for rapid low volume production, Antero produces strong, highly-customized parts that are temperature and chemical resistant, with exceptional wear properties and ultra-low outgassing. We will also discuss the new Antero840CN03 formulation which has consistent ESD performance, ideal for the Space, Aerospace, Automotive and Oil & Gas industries. This FDM filament also allows for “clean room” jigs and fixtures. Printed Antero models will be shown and discussed as well as the specific Stratasys machine that created them. Give your company the Antero edge!

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  • What is FDM 3D Printing?

    What is FDM 3D Printing?

    FDM or " Fused Deposition Modeling " FDM Technology works with specialized 3D printers and production-grade thermoplastics to build strong, durable, and dimensionally stable parts with the best accuracy and repeatability of any 3D printing technology.

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  • Buy ABS CF10 Stratasys Material from GoEngineer

  • ABS-CF10

  • Technology:
    - FDM
  • Potential Applications:  
    – Tooling
    – Jigs and fixtures 
    – Production and assembly 
    – Drill guides
  • ABS-CF10 Combines standard ABS material with 10% carbon fiber by weight. This makes for a 50% stiffer than standard ABS 3D printing material and 15% stronger than standard ABS 3D printing materials.

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  • Stratasys ABS-ESD7 FDM 3D Printing Material

  • ABS-ESD7

  • Technology:
    - FDM
  • Potential Applications:  
    – End-use components 
    – Electronic products 
    – Industrial equipment 
    – Jigs & fixtures 
  • For applications where a static charge could damage components, impair performance, or cause an explosion, FDM Technology offers ABS-ESD7 static-dissipative thermoplastic. Engineers and designers can use FDM parts confidently to create jigs and fixtures for assembling electronic components.

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  • Stratasys ABS-M30 3D Printing Material for FDM

  • ABS-M30

  • Technology:
    - FDM
  • Potential Applications:  
    – Conceptual models 
    – Functional prototypes 
    – Manufacturing tools 
    – Production parts 
  • ABS-M30 FDM material enables you to prototype quickly and efficiently. This strong, familiar material lets you explore more ideas, test frequently, work iteratively – and ultimately take better products to market faster.
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  • Stratasys ABS M30i Printing FDM Material

  • ABS-M30I

  • Technology:
    - FDM
  • Potential Applications:  
    – Medical uses
    – Food handling
    – Pharmaceutical handling
    – Surgical planning models and tools
  • ABS-M30i gives you biocompatible parts with excellent mechanical properties for conceptual modeling, functional prototyping, manufacturing tools, and production parts applications.

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  • Stratasys FDM Antero 800NA 3D Printing Material

  • Antero 800NA

  • Technology:
    - FDM
  • Potential Applications:  
    – Everything aerospace
    – Production parts
    – Advanced functional prototypes
  • Antero 800NA exhibits high heat resistance, chemical resistance, low outgassing, and dimensional stability, particularly in large parts. This thermoplastic combines excellent strength, toughness, and wear-resistant properties.

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  • Stratasys FDM Antero 840CN03 3D Printing Material

  • Antero 840CN03

  • Technology:
    - FDM
  • Potential Applications:  
    – Production parts
    – Advanced functional prototypes
  • Antero 840CN03 is a material blend of Polyetherketoneketone + Carbon Nanotubes to give you a PEKK-based super material that’s electrostatic dissipative and exhibits ultra-low outgassing.

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  • Stratasys ASA FDM 3D Printing Material

  • ASA

  • Technology:
    - FDM
  • Potential Applications:  
    – Conceptual models
    – Functional prototypes
    – Manufacturing tools
    – Production parts
  • Mechanical strength and UV stability make ASA a great choice for functional prototyping. Ease of use makes it a top pick for iterative design. Outstanding aesthetics and ten fade-resistant colors make it an all-around favorite, even for end-use parts.

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  • Stratasys DIRAN FDM 3D Printing Material

  • Diran

  • Technology:
    - FDM
  • Potential Applications: 
    – Tooling 
    – Jigs & fixtures
  • Displaying functional properties of chemical resistance, high-impact strength, and a low coefficient of friction this material is well-suited for jigs and fixturing applications where non-marring robust tooling is desired.

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  • Stratasys FDM TPU 92A 3D Printing Material

  • FDM TPU 92A

  • Technology:
    - FDM
  • Potential Applications:  
    – Hoses, tubes, air ducts 
    – Protective covers & seals
    – Vibration dampeners
    – Prototype and end-use parts
  • Thermoplastic polyurethanes otherwise known as TPU’s are flexible elastomers found in products that require a soft touch, shock absorption, or a comforting grip. They are commonly co-molded or over-molded onto ABS and Polycarbonate substrates in sunglasses and phone/tablet cases.

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  • Stratasys FDM TPU 92A 3D Printing Material

  • HIPS

  • Technology:
    - FDM (Material needs specialized upgrades to 3D Printer to operate)
  • Potential Applications:  
    – Jigs and Fixtures
    – Manufacturing Aids
    – Functional Prototypes

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  • Learn More About the Stratasys Kimya PC-FR 3D Printer Material.

  • Kimya PC-FR

  • Technology:
    - FDM (Material needs specialized upgrades to 3D Printer to operate)
  • Potential Applications:
    – Passenger and commerical rail
    – Electrical
    – Replacement of obsolete parts

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  • Stratasys FDM Nylon 6 3D Printing Material

  • Nylon 6

  • Technology:
    - FDM
  • Potential Applications:  
    – Production tooling
    – End-use parts
    – Tough prototypes
  • The semi-crystalline nature of this polyamide provides an aesthetic luster and great chemical resistance to both acids and alkali-based solvents. This is a great choice for manufacturers and product development engineers across a wide variety of industries from consumer products to automotive component testing. 

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  • Stratasys FDM Nylon 12 3D Printing Material

  • Nylon 12

  • Technology:
    - FDM
  • Potential Applications:  
    – High-fatigue endurance
    – Repetitive snap fits
    – Friction-fit inserts
  • FDM Nylon 12 is the same tough nylon material popular in traditional manufacturing for its superb price-performance. You can create advanced prototypes and custom tooling for applications that demand high fatigue resistance — with clean, hassle-free FDM technology.

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  • Stratasys Nylon 12CF 3D Printing Material for FDM

  • Nylon 12CF

  • Technology:
    - FDM
  • Potential Applications:  
    – Metal component replacement
    – Production parts
    – Tooling
  • 3D printing with carbon fiber material lets you build strong, stiff, lightweight tools and parts. FDM Nylon 12CF combines Nylon 12 and carbon fibers to achieve the highest flexural strength and stiffness-to-weight ratio of any of our FDM materials.

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  • Stratasys Nylon CF10 3D Printing Material for FDM

  • Nylon CF10

  • Technology:
    - Composite Ready FDM
  • Potential Applications:  
    – Metal forming dies
    – Press brakes
    – End effectors
    – Alignment and assembly fixtures
  • 3D printing with carbon fiber material lets you build strong, stiff, lightweight tools and parts. FDM Nylon CF10 combines Nylon and carbon fibers to achieve a high flexural strength and stiffness-to-weight ratio.

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  • Stratasys PC FDM 3D Printing Material

  • PC

  • Technology:
    - FDM
  • Potential Applications:  
    – Demanding prototypes   
    – Tooling & fixtures
    – Metal bending patterns
    – Composite patterns
    – Medical production parts
  • PC-ISO is a biocompatible thermoplastic that lets medical, pharmaceutical, and food-packaging engineers and designers 3D print strong, heat-resistant surgical planning models, tools, and fixtures straight from CAD data.

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  • Stratasys PC-ABS FDM 3D Printing Material

  • pc-abs

  • Technology:
    - FDM
  • Potential Applications:  
    – Conceptual models 
    – Functional prototypes 
    – Manufacturing tools 
    – Production parts 
  • For functional prototyping, tooling, and low-volume manufacturing that requires superior impact strength, FDM Technology works with PC-ABS thermoplastic. PC-ABS also exhibits excellent feature definition and surface finish.

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  • PC-ISO Stratasys Material from GoEngineer

  • PC-ISO

  • Technology:
    - FDM
  • Potential Applications:  
    – Prototyping
    – Tooling
    – Production parts
    – Biocompatible parts
  • When combined with either the Fortus 450 or F900 FDM 3D printers, PC-ISO will print parts that can be used for conceptual modeling, functional prototyping, and production parts.  

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  • Stratasys PLA 3D Printing FDM Material

  • PLA

  • Technology:
    - FDM
  • Potential Applications:  
    – Low-cost iterations
    – Conceptual prototypes
  • Polylactic Acid otherwise known as PLA is an entry-level grade of thermoplastic material commonly associated with the ‘hobbyist’ FFF based printers because it builds well in systems that do not have closed-loop thermal control of the build chamber.

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  • Stratasys FDM PPSF/PPSU 3D Printing Material

  • PPSF / PPSU

  • Technology:
    - FDM
  • Potential Applications:  
    – Concept models 
    – Functional prototypes 
    – Manufacturing tools 
    – Production parts 
  • FDM Technology works with PPSF/PPSU high-performance thermoplastic. Produce under-the-hood automotive prototypes, sterilizable medical devices, and tooling for demanding applications in-house with PPSF/PPSU material. 

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  • Stratasys FDM ST-130 3D Printing Material

  • ST-130

  • Technology:
    - FDM
  • Potential Applications:  
    – Temporary pattern for hollow composite parts
  • This material was designed to be used exclusively in sacrificial tooling applications where the ‘tool’ is simply washed away at the end of the forming or curing process that’s specifically tuned for dimensional accuracy and excellent surface finish.

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  • Stratasys FDM ULTEM 1010 3D Printing Material

  • ULTEM 1010

  • Technology:
    - FDM
  • Potential Applications:  
    – Advanced functional prototypes 
    – Production parts 
    – Manufacturing tools and patterns 
  • ULTEM 1010’s outstanding strength and thermal stability make it ideal for advanced tooling and prototyping applications in the automotive, aerospace, medical, and food-production industries. 

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  • Stratasys FDM ULTEM 9085 3D Printing Material

  • Ultem 9085

  • Technology:
    - FDM
  • Potential Applications:  
    – Advanced functional prototypes 
    – Production parts 
    – Manufacturing tools and patterns 
  • ULTEM 9085 is an FDM thermoplastic ideal for aerospace, automotive, and military applications because of its FST rating, high strength-to-weight ratio, and existing certifications that make it superior in most categories.

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  • Stratasys FDM VICTREX AM 200 3D Printing Material

  • VICTREX AM 200

  • Technology:
    - FDM
  • Potential Applications:  
    – End-use parts
    – Jigs & fixtures
    – Functional prototyping
  • VICTREX AM™ 200 is a Stratasys Validated Material compatible with the Fortus 450mc and F900 FDM  3D printers. Based on LMPAEK™ technology, VICTREX AM™ 200 is part of the PEEK family in the PAEK polymer group. 

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  • What is PolyJet 3D Printing?

    What is PolyJet 3D Printing?

    PolyJet 3D printing is a powerful technology that can build accurate & smooth parts, tooling and realistic prototypes. PolyJet technology can produce thin walls and complex geometries using the widest range of materials available.

     

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  • Stratasys Agilus30 PolyJet 3D Printing Material

  • Agilus30

  • Technology:
    - POLYJET
  • Potential Applications:  
    – Soft-touch coatings
    – Living hinges
    – Jigs & fixtures
    – Wearables
  • This simulated rubber material has improved fatigue resistance for repeated bending & flexing. Agilus30 has superior durability, tear resistance, and shape memory.

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  • Stratasys Biocompatible PolyJet 3D Printing Material

  • Biocompatible

  • Technology:
    - POLYJET
  • Family Contains:  
    – Med610
    – Med625FLX
    – VeroGlaze Med620
  • With biocompatible material, you can rapidly prototype medical and dental products including dental delivery trays, surgical orthopedic guides, and hearing aids to offer excellent visualization and great dimensional stability. 

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  • Stratasys Dental PolyJet 3D Printing Material

  • Dental Materials

  • Technology:
    - POLYJET
  • Potential Applications:  
    – Implantology
    – Restorative
    – Orthodontics
    – Removables
  • Stratasys dental materials are ideal for accurate detail visualization and precise, functional models. With PolyJet materials, dental labs can readily access flexible materials for multiple applications.

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  • Stratasys Digital ABS Plus PolyJet 3D Printing Material

  • Digital ABS Plus

  • Technology:
    - POLYJET
  • Potential Applications:  
    – Design verification
    – Functional testing
    – Jigs & fixtures
    – Manufacturing tooling
  • Digital ABS Plus is the most mechanically robust PolyJet digital material available. It combines temperature resistance with toughness and excellent impact strength.

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  • Stratasys DraftGrey PolyJet 3D Printing Material

  • DraftGrey

  • Technology:
    - POLYJET
  • Potential Applications:  
    – Early stage prototypes
    – Concept modeling
    – Design prototyping 
  • DraftGrey (RGD750) is a rigid PolyJet 3D printing material from Stratasys used to develop early stage prototypes and concept models.

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  • Stratasys Durus PolyJet 3D Printing Material

  • Durus

  • Technology:
    - POLYJET
  • Potential Applications:  
    – Fit, form, function prototypes
    – Snap-fit features
    – Living hinges
  • Simulated polypropylene enables you to 3D print precision prototypes that look and behave like polypropylene. Durus material is perfect for snap-fit assemblies, living hinges, and durable housings and packaging.

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  • Stratasys Elastico PolyJet 3D Printing Material

  • Elastico

  • Technology:
    - POLYJET
  • Potential Applications:  
    – Tooling
    – Sporting goods
    – General prototyping
  • Elastico is a PolyJet 3D printing material with a Shore A value of 45 in clear and black allowing it to accurately simulate the look, feel, and function of rubber-like products.

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  • Stratasys High Temperature PolyJet 3D Printing Material

  • HIGHTEMPERATURE

  • Technology:
    - POLYJET
  • Potential Applications:  
    – Fit, form, and function prototypes
    – Hot airflow
    – Hot water flow
    – Parts near hot lights or other heat sources
  • High Temperature heat-resistant material simulates the thermal performance of standard plastics and is ideal for thermal testing of static parts. Can be combined with rubber-like material to create a versatile range of materials.

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  • Stratasys RGD720 PolyJet 3D Printing Material

  • RGD720

  • Technology:
    - POLYJET
  • Potential Applications:  
    – Consumer goods
    – Eyewear
    – Light covers
    – Medical devices
  • RGD750 is a rigid translucent PolyJet photopolymer 3D printing material that is ideal for printing clear and tinted prototypes, concept models, and design verification.

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  • Stratasys Rigur PolyJet 3D Printing Material

  • RIGUR

  • Technology:
    - POLYJET
  • Potential Applications:  
    – Fit, form, and function prototypes
    – Snap-fit features
    – Living hinges
    – Reusable containers & packaging
  • Advanced simulated polypropylene material with improved durability, toughness, and fatigue resistance. An excellent option for blending with other materials and bright white color ideal for some aesthetic applications.

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  • Stratasys Tango PolyJet 3D Printing Material

  • Tango

  • Technology:
    - POLYJET
  • Potential Applications:  
    – Soft-touch coatings
    – Non-slip surfaces
    – Grips | pulls | handles | buttons
    – Footwear prototypes
  • Simulated flexible rubber-like material that offers shock absorption & vibration dampening to give a visual, tactile, and functional application for prototyping.

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  • Stratasys TrueDent Dental PolyJet 3D Printing Material

  • TrueDent

  • Technology:
    - POLYJET
  • Potential Applications:  
    – Dentures
    – Crowns
    – Inlays & Onlays
    – Veneers
  • TrueDent™ by Stratasys is a light-curable resin used to produce dental appliances such as dentures and temporary crowns and bridges on the J5 DentaJet platform.

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  • Stratasys Vero PolyJet 3D Printing Material

  • VERO

  • Technology:
    - POLYJET
  • Potential Applications:  
    – Visually realistic prototypes  
    – Fit, form, and function prototypes  
    – Surgical models
    – Jigs, fixtures, & tooling
  • Rigid Opaque photopolymers provide excellent detail visualization in gray, black, white, and blue. You can 3D print accurate, attractive prototypes that test fit, form, and function.

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  • Stratasys Veroclear Veroultraclear PolyJet 3D Printing Material

  • VEROCLEAR

  • Technology:
    - POLYJET
  • Potential Applications:  
    – Simulated glass
    – Fit and form prototypes  
    – See-through parts & visual aids 
  • Transparent material similar to Polymethyl methacrylate (PMMA). VeroUltraClear is used as an alternative to glass for see-through parts and visual aids in prototyping.

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  • Stratasys Vero ContactClear PolyJet 3D Printing Material

  • VERO ContactClear

  • Technology:
    - POLYJET
  • Potential Applications:  
    – Biocompatible prototyping
    – Wearables & fashion items
    – Skin & dental contact
  • Vero ContactClear is a biocompatible PolyJet rapid prototyping material commonly used in the medical industry (especially for dental purposes) or for fashion purposes where the item designed comes into contact with the skin. 

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  • Stratasys Veroflex PolyJet 3D Printing Material

  • VEROFLEX

  • Technology:
    - POLYJET
  • Potential Applications:  
    – Eyewear prototypes 
    – Fit, form, function prototypes  
    – Aesthetic models 
  • Veroflex is a Vero material with added flexibility and toughness that’s ideal for sunglasses or eyewear prototyping. Veroflex maintains shape and integrity with a realistic look and feel.

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  • Stratasys VeroUltra PolyJet 3D Printing Material

  • VEROULTRA

  • Technology:
    - POLYJET
  • Potential Applications:  
    – Toy & figurine production
    – Consumer electronics
    – Packaging
    – Consumer goods
  • VeroUltra, combined with a number of other materials including VeroClear and VeroUltraClear will produce crisp, high-fidelity parts for a variety of industries.

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  • Stratasys VeroVivid PolyJet 3D Printing Material

  • VEROVIVID

  • Technology:
    - POLYJET
  • Potential Applications:  
    – Prototyping
    – Simulating Pantone colors
    – Medical applications
    – Simulating finishes and textures
  • VeroVivid, part of the Vero family, is a Stratasys PolyJet 3D printing material used to produce vibrant and vivid models.

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  • What is P3 3D Printing?

    What is P3 3D Printing?

    P3™ or “Programmable PhotoPolymerization” technology, is an evolution of digital light processing (DLP).  P3 software precisely orchestrates light, temperature, pull forces and pneumatics to produce the best functional end-use parts possible.

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  • Stratasys Dura56 P3 Materiail

  • Dura56

  • Technology:
    - P3
  • Potential Applications:  
    – Functional testing/prototyping
    – Jigs & Fixtures
    – Class A mating surfaces
    – Gadgets, toys, novelty items
    – End-use production parts
  • Specifically formulated by Henkel for Stratasys, Dura56 3D printing material is a low-cost, tough photopolymer ideal for functional testing, end-use production parts, and jigs & fixtures.

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  • Stratasys KeyGuide 3D Printing Material

  • Keyguide

  • Technology:
    - P3  (Dental Material)
  • Potential Applications:  
    – Surgical guides
  • KeyGuide is a biocompatible, strong, and autoclavable 3D printing material used to create transparent surgical guides on Stratasys Origin One Dental 3D printers.

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  • Stratasys KeySplint Soft 3D Printing Material

  • Keysplint Soft

  • Technology:
    - P3  (Dental Material)
  • Potential Applications:  
    – Dental splints
    – Nightguards
    – Bleaching trays
  • KeySplint Soft is a biocompatible, strong, and flexible 3D printing material used to create dental splints, night guards, and other dental devices on Stratasys Origin One Dental 3D printers.

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  • Stratasys LOCTITE 3D 3172 P3 3D Printing Material

  • LOCTITE 3D 3172

  • Technology:
    - P3
  • Potential Applications:  
    – Manufacturing Jigs & fixtures
    – Sporting equipment
    – Insoles
    – Topology oriented designs
  • LOCTITE 3D 3172 3D printing material is durable, tough, and can perform under extreme stress. Applications often include manufacturing jigs & fixtures, robotics and animatronics, and topology-oriented designs.

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  • Stratasys LOCTITE 3D 3843 P3 3D Printing Material

  • LOCTITE 3D 3843

  • Technology:
    - P3
  • Potential Applications:  
    – Consumer products
    – Parts with Class A surfaces
    – Automotive & industrial fabrication
    – Medical device housing/parts
    – Jigs & fixtures
  • LOCTITE 3D 3843 3D printing material is tough and versatile, displaying higher ductility than most engineering-grade photopolymers (while still maintaining high yield strength and hardness). Used for a variety of applications including, medical housing, jigs & fixtures, and more.
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  • LOCTITE 3D 3955 FST material

  • Loctite 3D 3955 FST

  • Technology:
    - P3
  • Potential Applications:  
    – HVAC components
    – Aerospace interior
    – Automotive under the hood
    – Precision Connectors
    – Electrical clips, plugs, housings
  • LOCTITE 3D 3955 FST 3D printing material has extremely high HDT making it an ideal solution for the creation of aerospace, automotive, and HVAC applications where flame and chemical resistance is essential.

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  • Stratasys LOCTITE 3D IND402 P3 3D Printing Material

  • LOCTITE 3D IND402

  • Technology:
    - P3
  • Potential Applications:  
    – Engineered lattice structures
    – Sporting equipment
    – Insoles and handgrips
    – Gaskets, tubing, & hoses
    – Ergonomic or soft touch items
  • LOCTITE 3D IND402 3D printing material's high rebound elasticity and excellent interlayer adhesion make it ideal for applications where stretching, bending, or durable compression forces are essential.

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  • Stratasys LOCTITE 3D IND403 P3 3D Printing Material

  • Loctite 3d IND403

  • Technology:
    - P3
  • Potential Applications:  
    – Interior automotive components
    – Tooling and molding
    – Silicone molding
    – Polyurethane casting
    – Consumer products
  • LOCTITE 3D IND403 3D printing material is ideal for applications like interior automotive components, tooling and molding, and consumer products where tight tolerances, high-dimensional accuracy, and smooth surface finishes are essential.

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  • Stratasys LOCTITE 3D IND405 P3 3D Printing Material

  • LOCTITE 3D IND405

  • Technology:
    - P3
  • Potential Applications:  
    – Mechanical guides
    – Fluid ducts
    – Microfluidic devices
    – Guide overlays
    – Light pipe and packaging prototypes
  • LOCTITE 3D IND405 3D printing material has high impact strength, excellent surface quality, and is optically transparent and clear. Ideal for applications that require high elongation and break with optical transparency.  

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  • Stratasys LOCTITE 3D MED412 P3 3D Printing Material

  • LOCTITE 3D MED412

  • Technology:
    - P3
  • Potential Applications:  
    – Test swabs
    – Single-use medical instruments
    – Class I and II medical devices
    – Lab equipment
    – Covers and guards
  • LOCTITE 3D MED412 3D printing material is medical-grade certified with unique mechanical properties. Used primarily for applications where moderate stiffness and wear resistance is essential.

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  • Stratasys LOCTITE 3D MED413 P3 3D Printing Material

  • LOCTITE 3D MED413

  • Technology:
    - P3
  • Potential Applications:  
    – Orthotics
    – Reusable medical components
    – Hearing aids
    – Respirator components
  • LOCTITE 3D MED413 3D printing material is capable of producing high-performance, impact-resistant parts such as orthotics, hearing aids, and medical components that need to be durable and reusable.

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  • Origin DM100 P3 Dental 3D Printing Material

  • Origin DM100

  • Technology:
    - P3  (Dental Material)
  • Potential Applications:  
    – Orthodontic models
    – Restorative models
  • Origin DM100 is a 3D printing material used to create dental models on Stratasys Origin One Dental 3D printers. DM100 produces demanding dental applications that require high accuracy like Orthodontic and restorative models.

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  • Stratasys P3 Dental Material DM200

  • origin DM200

  • Technology:
    - P3  (Dental Material)
  • Potential Applications:  
    – Orthodontic models
    – Restorative models
  • DM200 by Stratasys is a P3 3D printing material tailored for Origin One Dental 3D printers. Ideal for large volume flow production dental labs, DM200 has proven to increase output by shortening print times but up to 33%.

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  • Stratasys P3 Deflect 120 Origin One Material

  • p3 deflect 120

  • Technology:
    - P3  
  • Potential Applications:  
    – Wiring housings
    – Connectors
    – Mold tooling
  • P3 Deflect TM  120 Origin One 3D printing photopolymer from Evonik. Deflect 120 is strong, heat-resistant, low viscosity, and has high green strength making it best for parts with challenging geometries and for applications where both high-temperature resistance and good elongation at break are critical. 

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  • Stratasys P3 Stretch IND475 Origin One Material

  • p3 Stretch IND475

  • Technology:
    - P3 
  • Potential Applications:  
    – Air & dust gaskets
    – Flexible seals
    – Housing or cushioning pads
  • P3 Stretch IND475 Origin One 3D printing material is an industrial-strength UV resin elastomer that has low shore hardness and good tear strength. Best for functional prototyping and lattice structures where resilience, snap back, and tear resistance are essential. 

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  • Stratasys SOMOS WeatherX 100 P3 3D Printing Material

  •  SOMOS WeatherX 100

  • Technology:
    - P3
  • Potential Applications:  
    – Transportation / Outdoor Vehicles
    – Industrial Equipment
    – Consumer Goods
    – Applications Exposed to UV and/or Humid Environments

  • Tested against the most demanding SAE industry specifications, Somos® WeatherX™ 100 has a good balance of weather and chemical resistance, as well as dimensional stability and strong material behavior during printing and post-processing.



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  • Stratasys Ultracur3D EL 150 P3 3D Printing Material

  • Ultracur3D EL 150

  • Technology:
    - P3
  • Potential Applications:  
    – Cushioning pads
    – Footwear and athletics
    – Handles and handgrips
    – Foam replacement
    – Strain relief 
    – Energy dampening
  • Ultracur3D EL 150 3D printing material is a soft and durable elastomer that has been chemically, UV weather and moisture tested making it ideal for outdoor applications such as footwear and athletics, handles and grips, and other consumer-facing applications.

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  • Stratasys Ultracur 3D ST 45 P3 3D Printing Material

  • ULTRACUR3D ST 45

  • Technology:
    - P3
  • Potential Applications:  
    – Highly detailed or textured parts
    – Rapid prototyping & production
    – Medical devices & prosthetics
    – Housings & enclosures
  • Ultracur 3D ST 45 3D printing material is biocompatible to ISO 10993 and flammability tested, making it an ideal solution for most general-purpose applications including housings and enclosures, medical devices, and consumer products.

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  • What is Stereolithography 3D Printing?

    What is Stereolithography (SL) 3D Printing?

    SL or “Stereolithography” is an industrial 3D printing process used to create concept models, cosmetic prototypes, and complex parts with intricate geometries. Additionally, high feature resolutions, and quality surface finishes are possible with SL 3D printing technology.

     

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  • Somos 9120 Stereolithography (SLA) 3D Printing Material.

  • SOMOS 9120

  • Technology:
    - Stereolithography
  • Potential Applications:  
    – Automotive parts
    – Electrical casings
    – Fluid flow analysis
  • Somos® 9120 provides the ultimate solution for form, fit and function with parts that are semi-flexible. With mechanical properties that mimic many engineering plastics, parts created from Somos® 9120 exhibit superior fatigue properties, strong memory retention and a good balance of properties between rigidity and functionality. 

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  • Somos BioClear Stereolithography (SLA) 3D Printing Material.

  • SOMOS BioClear

  • Technology:
    - Stereolithography
  • Potential Applications:  
    - Anatomical models 
    - Surgical guides
    - Functional prototypes
  • Somos® BioClear is specially developed for use in medical applications. Improve efficiency in your surgical facility and lower the burden of surgical procedures for the facility, surgeon and patient using 3D printed cutting guides and surgical models.

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  • Somos DMX-SL 100 Stereolithography (SLA) 3D Printing Material.

  • SOMOS DMX-SL 100

  • Technology:
    - Stereolithography
  • Potential Applications:  
    - Automotive
    - Consumer products
    - Electronics
    - Healthcare
  • Somos® DMX-SL 100 is a durable and tough stereolithography material that enables production of complex, hollow composite parts. Somos® DMX-SL 100 withstands the extreme temperatures of the autoclave process utilized in composites manufacturing, maintaining its flexural strength, elongation and tear resistance.

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  • Somos Element Stereolithography (SLA) 3D Printing Material.

  • SOMOS Element

  • Technology:
    - Stereolithography
  • Potential Applications:  
    - Investment casting patterns
  • Somos® Element was developed in close interaction with customers, pattern makers and foundries for printinginvestment casting patterns. The antimony-free stereolithography material improves the repeatability and quality of 3D printed casting patterns. Patterns created with Somos Element have strong green strength, are dimensionally stable during storage and leave a minimal amount of ash residue after burnout. Any residue that is left behind is easily removed, leaving a perfectly clean void in the ceramic mold. This translates into less mold prep and lower rates of rework saving customers time and money.

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  • Somos EvoLVe 128 Stereolithography (SLA) 3D Printing Material.

  • SOMOS Evolve 128

  • Technology:
    - Stereolithography
  • Potential Applications:  
    - Aerospace, automotive, medical
    - Consumer products
    - Jigs & fixtures
  • Somos® EvoLVe 128 is a durable stereolithography material that produces accurate, high-detailed parts. EvoLVe 128 looks and feels almost indistinguishable from finished traditional thermoplastics, making it perfect for building end-use parts like jigs & fixtures, or prototypes for functional testing applications. 

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  • Somos GP Plus Stereolithography (SLA) 3D Printing Material.

  • SOMOS GP Plus 14122

  • Technology:
    - Stereolithography
  • Potential Applications:  
    - Functional prototypes
    - Aerospace parts
    - Consumer product parts
    - Low volume production parts
  • Somos® GP Plus 14122 is a low viscosity stereolithography resin with an opaque white appearance. This material mirrors production plastics like ABS and PBT, making it an ideal choice for virtually any application. It is easily integrated in production cycles to test designs ensuring proper functionality of parts before they are launched into full production - providing customers the opportunity to get to market quickly.

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  • Somos NeXt Stereolithography (SLA) 3D Printing Material.

  • SOMOS NeXT

  • Technology:
    - Stereolithography
  • Potential Applications:  
    - Impellers
    - Duct work
    - Connectors
    - Electronic covers
  • Somos® NeXt has toughness, durability and accuracy not traditionally seen in stereolithography resins. This extremely durable stereolithography resin produces very accurate parts with high feature detail perfect for testing applications and prototypes.
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  • Somos PerFORM Stereolithography (SLA) 3D Printing Material.

  • SOMOS PerFORM

  • Technology:
    - Stereolithography
  • Potential Applications:  
    - Tooling
    - Wind tunnel testing
    - High temperature testing
    - Electrical casings
  • Somos® PerFORM is the ideal material for wind tunnel testing, high temperature testing, electrical casings and automotive housings. With the lowest viscosity of any composite stereolithography material, parts made from PerFORM give superior sidewall quality and provide unmatched detail resolution. 

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  • Somos PerFORM Reflect Stereolithography (SLA) 3D Printing Material.

  • SOMOS PerFORM Reflect

  • Technology:
    - Stereolithography
  • Potential Applications:  
    - PIV wind tunnel testing for aerodynamic design optimization
    - High-temperature testing
    - Electrical casings
    - Automotive housings
  • Somos® PerFORM Reflect is designed specifically for wind tunnel testing. This material's typical properties make it suitable for parts used in imaging applications and its improved printing and finishing. It enables faster aerodynamic design optimizations - in motorsports and beyond. 

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  • Somos ProtoGen 18420 Stereolithography (SLA) 3D Printing Material.

  • SOMOS ProtoGen 18420

  • Technology:
    - Stereolithography
  • Potential Applications:  
    - Electronic Covers
    - Consumer Products
    - Snap fit assembly
  • Somos® ProtoGen 18420 is an easy-to-print, ABS-like photopolymer that produces accurate parts ideal for general purpose applications. It offers superior chemical resistance, a wide processing latitude and excellent tolerance to a broad range of temperatures and humidity, both during and after the build.

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  • Somos ProtoTherm 12120 Stereolithography (SLA) 3D Printing Material.

  • SOMOS ProtoTherm 12120

  • Technology:
    - Stereolithography
  • Potential Applications:  
    - Electronic Covers
    - Consumer Products
    - Snap fit assembly
  • For applications in automotive and aerospace, Somos® ProtoTherm 12120 delivers high temperature resistance with exceptional surface finishing and superior dimensional stability, making parts more robust. Somos ProtoTherm 12120 provides smooth, durable, red parts with quicker turn-around times for testing.

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  • Somos Taurus Stereolithography (SLA) 3D Printing Material.

  • SOMOS Taurus

  • Technology:
    - Stereolithography
  • Potential Applications:  
    - End-use parts
    - Automotive parts
    - Aerospace
  • Somos® Taurus brings the combination of thermal and mechanical performance that previously was not possible with stereolithography materials. The higher heat deflection temperature of Somos® Taurus increases the number of applications, which makes it ideal for the most demanding functional prototyping and even end-use applications. 

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  • Somos WaterShed AF Stereolithography (SLA) 3D Printing Material.

  • SOMOS Watershed AF

  • Technology:
    - Stereolithography
  • Potential Applications:  
    - Investment casting patterns
    - Aerospace & aviation
    - Transportation
    - Energy and utilities
  • Somos® WaterShed AF is a multi-purpose stereolithography resin that meets the requirements for investment casting patterns. No more specialized equipment or metal tooling. WaterShed AF gives you complex and intricate patterns to optimize the cast for the part rather than for the mold-making process. 

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  • Somos WaterShed XC 11122 Stereolithography (SLA) 3D Printing Material.

  • SOMOS WatersheD Black

  • Technology:
    - Stereolithography
  • Potential Applications:  
    - Durable, stiff, tough parts
    - Automotive components
    - Packaging
    - Functional prototypes
  • Somos®   WaterShed Black has a smooth surface finish, as well as superior moisture and chemical resistance. Additionally, get up to 50% faster processing speeds compared to alternative black resins. As well as offering minimal finishing and more consistent processing over time for end users. 

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  • Somos® WaterShed Stereolithography (SLA) 3D Printing Material.

  • SOMOS Watershed XC 11122

  • Technology:
    - Stereolithography
  • Potential Applications:  
    - Consumer products
    - Fluid/Air Flow Analysis
    - Investment casting
    - Lenses
  • Somos®   WaterShed XC 11122 produces highly detailed parts with superior clarity and water-resistance. As one of the industry’s most popular materials, Somos® WaterShed XC 11122 is the clear solution for designers looking for ABS and PBT-like properties for stereolithography technology. 

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  • Somos WaterClear Stereolithography (SLA) 3D Printing Material.

  • SOMOS WaterClear Ultra 

  • Technology:
    - Stereolithography
  • Potential Applications:  
    - Automotive lenses
    - Bottles
    - Light pipes
    - Fluid flow analysis
  • Somos ® WaterClear Ultra 10122 is an optically clear stereolithography material that produces colorless, functional and accurate parts that simulate an acrylic appearance. Parts have excellent water and temperature resistance and provide refractive values similar to engineered plastics for functional testing in optical light transmission work.

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  • What is SAF 3D Printing?

    What is SAF 3D Printing?

    SAF 3D Printing technology uses an infrared-absorbing fluid to help fuse polymer powder. This process is classified by the ASTM as one category of powder bed fusion 3D printing. The infrared-absorbing fluid is selectively placed where it's needed to create the shape of a 3D part in any given layer of the print.

     

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  • SAF PA11 3D Printing Material

  • SAF PA11

  • Technology:
    - SAF
  • Potential Applications:  
    – End-use products
    – Hinges
    – Housings and covers
    – Load bearing parts
  • PA11 is a favorite for the high-volume production of end-use parts due to its high ductility, impact resistance and high nesting density in PBF. PA11 is also eco-friendly, as it 100% bio-based from castor oil. Applications include prosthetics, orthotic insoles, machine components, and impact resistant automotive parts.

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  • SAF PA12 3D Printing Material

  • SAF PA12

  • Technology:
    - SAF
  • Potential Applications:  
    – Machine components
    – Flat or large parts
    – Housings and covers
    – Consumer goods
  • PA12 is a incredibly popular polymer in powder-bed fusion 3D printing. It has increased accuracy, stiffness and a lower cost per part compared to PA11. Applications include machine components, prototyping, and consumer goods.

  • Learn More >

Material Property Selector

Elongation vs tensile Stratasys Materials Chart

Elongation vs. Tensile

A material’s elongation at break value is the percentage increase in length that will occur before it breaks under tension, normally as a result of crack formation. The most rigid plastics will have values of 5% or less, with general engineering plastics measuring around 30%. High elongation and tensile strength properties lead to a material with high toughness. Chart a material’s resistance to cracking with its tensile strength

Heat Deflection vs. Impact Strength Stratasys Materials Chart

Heat Deflection vs. Impact Strength

Heat deflection temperature is a measure of a material’s ability to resist a constant load at an elevated temperature – a higher heat deflection temperature will give a material good mechanical performance even in high heat environments. Impact strength is a measure of a material’s ability to absorb shock and impact energy without breaking and is a component of a material’s toughness. Chart a material’s heat resistance with its ability to absorb shock and impact.

IMPACT Strength vs. Flexural Strength Stratasys Materials Chart

IMPACT Strength vs. Flexural Strength

Flexural strength is a measure of a material’s resistance to deformation under load, also known as stiffness. Flexible materials will have lower flexural strengths than rigid materials. Impact strength is a measure of a material’s ability to absorb shock and impact energy without breaking and is a component of a material’s toughness. A combination of high flexural strength and high impact strength is common amongst engineering grade plastics.  Chart a material’s shock absorption with its stiffness.

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