Skip to main content
3D Systems
  • 3D Systems.com
  • Customer Support Center
  • Infocenter
  • Shop
Infocenter
    Support Documentation LoginService Sign In Select LanguageLanguage

Search form

  • 3D Printers
  • Software
  • Materials
  • Finishing
  • Support Services
  • Legacy Printers

Search form

  • EnglishEnglish
  • 中文中文
  • FrançaisFrançais
  • DeutschDeutsch
  • ItalianoItaliano
  • 日本語日本語
  • 한국어한국어
  • РусскийРусский
  • EspañolEspañol
  • SvenskaSvenska
  • DanskDansk
  1. SLA Best Practices
  2. Accura AMX Rigid Black
  3. Table of Contents

Table of Contents

Introduction

Applications, Benefits, Features

Best Practices

Orientation

Supports

Best Practices to Prevent Print Distortion

Differntial Shrink

Swelling

Texture

Post Processing

Safety

Cleaning Process

Cleaning Supplies

Part Handling

Cleaning Steps

UV Post-cure

Evaluating parts after UV Post-cure

Post Properties after UV Post-cure

Post-cure Distortion

Heat Distortion

Part Finishing

 

 

  • Printer-friendly version
‹ Accura AMX Rigid Black
up
Introduction ›
Printer-friendly version
HOW TO BUY
CONTACT US
CUSTOMER SUPPORT

SOLUTIONS

  • By Application
  • By Industry
  • By Workflow
  • By Products & Services
  •  

RESOURCES

  • Webinars
  • Customer Stories
  • Blog
  • Video Gallery
  •  

SERVICE SUPPORT

  • 3D Printers
  • Software
  • Materials
  • On Demand Manufacturing
  •  

HOW TO BUY

  • 3D Printers
  • 3D Scanners
  • Software & Haptic devices
  • Healthcare Solutions
  •  

ABOUT US

  • Our Story
  • Press Room
  • Investor Relations
  • Careers
  • Events
Connect with us:
Privacy Policy
Sales Terms
Terms and Conditions
Copyright ⓒ   3D Systems, Inc. All rights reserved.
    • MJP Best Practices
      • ProJet MJP 2500
        • General MultiJet Printing
          • Concept Modeling, Rapid Prototyping, Indirect Manufacturing
          • True to CAD, High-Fidelity, Surface Texture,Entrapped Cavities, and Printed Assemblies
          • Material Usage, Build Speed, and Part Cost Optimization
          • Material Properties Use Case Performances and Applications
          • Material Properties Accuracy and Nonstandard Mechanical Properties for Elastomeric Materials
          • Splitting Large Parts using 3D Sprint and Joining with Adhesives
          • Designing with Shells and Infill
          • MJP Best Practice When Dealing with Warping
        • Rapid Prototyping
          • Rapid Prototyping Overview
          • Drilling and Tapping
          • Press Fits and Inserts
          • Fastening with Screws and Injection Molded Bosses
          • Snap Fits
          • Dyeing and Tinting
          • Opaque and Translucent Painting
          • Optical Clarity through Post Processing and Clear Coating
        • Indirect Manufacturing
          • Indirect Prototyping / Manufacturing Overview
          • Indirect Manufacturing Sheet Metal Forming with MJP Parts
          • RTV Silicone Molding with MJP Master Patterns and Direct Printed MJP Molds
          • Indirect Manufacturing Injection Molding with MJP Parts
          • Indirect Manufacturing Thermoforming with MJP Parts
      • ProJet MJP 2500 IC
        • Post Processing Best Practices
        • Post Processing Troubleshooting
        • Pattern Quality Troubleshooting
        • Pattern Orientation for Printing
        • Replacing Interior Solid Build Material with Air
        • 2500IC Wax Pattern Repair
        • Wax Pattern Splitting in 3D Sprint
        • 2500 Wax Jewelry Best Practice Post Processing
        • 2500 Wax Jewelry Best Practice: 3DSPrint
        • 2500 Wax Jewelry Best Practice: Maintenance
      • ProJet MJP 2500 Plus
        • Materials
          • M2E-BK70
          • M2S-HT90
        • Print Mode
      • ProJet MJP 3600
      • ProJet MJP 5600
    • SLA Best Practices
      • QuickCast
        • QuickCast Pattern Design Guide
          • Introduction to the QuickCast Patterns
          • Selecting a Foundry
          • Design Considerations
          • Creating the .stl File
          • Incorporating the Metal Shrink Rate
          • Build Orientation
          • Accuracy of the QuickCast Build Style Pattern
        • QuickCast Post Processing Guide
          • Introduction
          • Equipment/Supplies Required
          • Draining
          • Centrifuge
          • Cleaning the QuickCast Build Style Pattern
          • Curing the QuickCast Patterns
          • Checking for Holes or Leaks
          • Marking Sealed Patterns
          • Joining Multiple QuickCast Build Style Patterns
          • Surface Quality and Preparation
          • Storage and Transportation
        • QuickCast Investment Casting Guide
          • Accura Fidelity and Accura CastPro
          • QuickCast vs QuickCast Diamond
          • Overview of Investment Casting with QuickCast Style Patterns
          • Receiving the QuickCast Build Style Pattern
          • Pattern Assembly
            • Gating - Sprues and Runner
            • Attaching Wax Gates
            • Vents
          • Shell Building
            • Pre-Shelling Checks
            • Assembly Preparation
            • Pattern Dipping
            • Shell Types
            • Shell Adhesion
            • Shell Coats
          • Pattern Removal
            • Background
            • Process Tips
            • Autoclaving the Assembly
            • Burnout Process
            • Ash Removal
          • Troubleshooting
        • QuickCast Diamond Best Practices
          • Description of the QuickCast Print Styles
          • Finding Style Parameters
          • QuickCast Diamond Lattice - Edit Menu
          • Region - Edit Menu
          • Achieving Desired Mechanical Results
          • Vents and Drains
          • Down-hanging feature support
      • Accura Bond and Accura Patch User Guide
        • About Accura Bond and Patch
        • Accura Bond Chemical Safety
        • Accura Patch Chemical Safety
        • Assembling the Syringe
          • Storing a Partially Used Material Syringe
        • Joining Application
        • Filling Application
        • Conclusion
      • Accura AMX Durable Natural
        • Table of Contents
        • Introduction
        • Applications, Benefits Features
        • Best Practices
        • Orientation
        • Supports
        • Best Practices to Prevent Print Distortion
          • Differential Shrink
        • Texture
        • Post Processing
          • Safety
          • Cleaning Process
          • Cleaning Supplies
          • Part Handling
          • Curing Parts on the Build Platform to Prevent Warpage
          • Cleaning Steps
          • UV Post-cure
          • Part Properties after UV Post-cure
        • Post-cure Distortion
          • Heat Distortion
        • Photo Bleaching Parts
        • Part Finishing
      • Accura AMX Rigid Black
        • Table of Contents
        • Introduction
        • Applications, Benefits, Features
        • Best Practices
        • Orientation
        • Supports
        • Best Practices to Prevent Print Distortion
          • Differential Shrink
          • Swelling
        • Texture (3D Sprint Pro version only)
        • Post Processing
          • Safety
          • Cleaning Process
          • Cleaning Supplies
          • Part Handling
          • Cleaning Steps
          • UV Post-cure
          • Evaluating parts after UV Post-cure
          • Post Properties after UV Post-cure
        • Post-cure Distortion
          • Heat Distortion
        • Part Finishing
      • Clear Coating
    • SLS Best Practices
    • Figure 4 Best Practices
      • Figure 4 Standalone
        • User Guide
        • Figure 4 Print Material Quick Reference
        • General Post-Processing Tips
        • 3D Sprint
          • Materials
            • Figure 4 EGGSHELL-AMB 10
            • Figure 4 ELAST-BLK 10
            • Figure 4 FLEX-BLK 10
            • Figure 4 FLEX-BLK 20
            • Figure 4 High Temp 150C FR Black
            • Figure 4 HI TEMP 300-AMB
            • Figure 4 JCAST-GRN 10
            • Figure 4 JEWEL MASTER GRY
            • Figure 4 MED-AMB 10
            • Figure 4 MED-WHT 10
            • Figure 4 PRO-BLK 10
            • Figure 4 RIGID GRAY
            • Figure 4 Rigid White
            • Figure 4 RUBBER-65A BLK
            • Figure 4 RUBBER-BLK 10
            • Figure 4 TOUGH 60C WHITE
            • Figure 4 TOUGH 65C BLACK
            • Figure 4 TOUGH-BLK 20
            • Figure 4 TOUGH-GRY 10
            • Figure 4 TOUGH-GRY 15
            • Figure 4 Rigid 140C Black
          • Stacked Printing Workflow
            • General Tips
            • Build Setup
            • Stack Setup
            • Support Generation
              • Manual Support Generation
              • Semi-Auto Support Generation
              • Supporting Textured Surfaces
              • Advanced Stack Support Techniques
            • Create Struts
            • Printing and Post-Processing
            • Frequently Asked Questions
          • Premium Plus Build Style
          • Premium Thick
      • NextDent 5100
        • User Guide
        • NextDent Print Material Quick Reference
        • 3D Sprint
          • Materials
            • NextDent Ortho IBT
            • NextDent Surgical Guide
            • NextDent C&B MFH
            • NextDent Model 2.0
              • Prosthodontic
              • Orthodontic
              • Ortho Stacked
              • Premium
              • Cupping
            • NextDent Tray
            • NextDent Gingiva Mask
            • NextDent Cast
            • NextDent Try-In
            • NextDent Ortho Rigid
            • NextDent Denture 3D+
            • Crowntec for NextDent
            • NextDent Ortho Flex
        • Import NextDent Print Materials into 3Shape Software
      • Figure 4 Modular
        • User Guide
        • Figure 4 Material Quick Reference
        • General Post-Processing Tips
        • 3D Sprint
          • Materials
            • Figure 4 EGGSHELL-AMB 10
            • Figure 4 ELAST-BLK 10
            • Figure 4 FLEX-BLK 10
            • Figure 4 FLEX-BLK 20
            • Figure 4 High Temp 150C FR Black
            • Figure 4 HI TEMP 300-AMB
            • Figure 4 MED-AMB 10
            • Figure 4 PRO-BLK 10
            • Figure 4 RIGID GRAY
            • Figure 4 Rigid White
            • Figure 4 RUBBER-65A BLK
            • Figure 4 RUBBER-BLK 10
            • Figure 4 TOUGH 60C WHITE
            • Figure 4 TOUGH 65C BLACK
            • Figure 4 TOUGH-BLK 20
            • Figure 4 TOUGH-GRY 10
            • Figure 4 TOUGH-GRY 15
          • Stacked Printing Workflow
            • General Tips
            • Build Setup
            • Stack Setup
            • Support Generation
              • Manual Support Generation
              • Semi-Auto Support Generation
              • Supporting Textured Surfaces
              • Advanced Stack Support Techniques
            • Create Struts
            • Printing and Post-Processing
            • Frequently Asked Questions
          • Premium Plus Build Style
          • Premium Thick
      • Figure 4 Jewelry
        • User Guide
        • Figure 4 Print Material Quick Reference
        • 3D Sprint
          • Materials
            • Figure 4 JCAST-GRN 10
            • Figure 4 JEWEL MASTER GRY
    • FabPro 1000 Best Practices
      • FabPro 1000
        • User Guide
        • FabPro/NextDent Print Material Quick Reference
        • 3D Sprint
          • General Tips
          • Part Tilting
          • Support Anchor Placement
          • Materials
            • FabPro Proto GRY
            • FabPro Tough BLK
            • FabPro JewelCast GRN
            • FabPro Elastic BLK
            • FabPro Flexible BLK
            • NextDent Surgical Guide
            • NextDent Model
            • NextDent Model 2.0 WHT/PCH
            • NextDent Ortho Rigid
    • Software Best Practices