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  • Comparing Navajo Technical University and Other Tribal Colleges for Advanced Manufacturing and 3D Printing
  • 3D Printing Job Boom
  • 3D Print Hatch Green Chile
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3DEMart

Equipping Schools for the Additive Manufacturing Revolution

  • Comparing Navajo Technical University and Other Tribal Colleges for Advanced Manufacturing and 3D Printing
  • 3D Printing Job Boom
    • 3D Printing Educational Mart
      • Top 10 Achievements in 3D Printing
        • Great 3D Printing Educational Programs
          • Louis 3d Print Filament Cost Comparison
            • What type of quality should you look for in 3D filaments?
          • Top 3D Printing Scholarship Programs and Additive Manufacturing
            • Why 3D-Printed Organs Matter
              • 3D-Printed Organs: The Current State (2025)
                • How 3D Bioprinting Works
                • What Is Not Yet Possible (But Coming)
                • What Is in Advanced Trials in 3d Bioprinting
                • What We Can 3D Print Right Now (2025)
                • Why 3D-Printed Organs Matter
    • Top 50 3D Printing Employers
  • 3D Print Hatch Green Chile
    • The Science behind 3D-Printed Hatch Green Chile
    • Building a Business Around 3D-PrintedHatch Green Chile
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What We Can 3D Print Right Now (2025)

Simple, Vascularized Tissues

These can already be printed and used in research or for specialized medical applications. They are typically simpler structures that don’t require a complex internal blood-vessel network.

  • Skin grafts
  • Cartilage (nose, ear, joint patches)
  • Bone scaffolds
  • Corneal tissue
  • Meniscus tissue

B. Mini-Organs (“Organoids”)

Organoids are small, functional versions of organs used for drug testing and personalized medicine. They behave like miniature organs but are not large or complex enough to replace a full organ in the body.

  • Liver organoids
  • Kidney organoids
  • Pancreas organoids
  • Brain organoids (for disease modeling)

They are powerful tools for research and drug discovery, but they cannot yet serve as full transplant organs.

C. Bio-Printed Implants

Some 3D-printed or bioprinted implants are already approved or in late-stage trials. These are often made of biocompatible materials and may include cells, but they are not full standalone organs.

  • Custom airway splints for infants
  • Custom jaw bones
  • Patient-specific heart valves
  • Printed spinal implants
  • Customized dental structures

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