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3D printed orange rocket model on a printer bed
3D Printing: What It Is and How It Works
3D Printing Revolutionizing Quality and Efficiency in Construction
A small robot model created using 3D printing technology, representing advancements in robotics and automation.
The Use of 3D Printing in Robotics and Automation Technologies
A collection of 3D printing infill patterns displayed in a grid format, showcasing different structural designs for optimizing strength and material usage.
3D Printing Infill Patterns to Boost Your Production Efficiency
3D Printer Buying Guide: How to Choose the Perfect 3D Printer
3D Printer Buying Guide: What to Look for in a 3D Printer?
Fused Deposition Modeling (FDM) 3D printer creating a complex, high-detail castle model, showcasing the layer-by-layer additive manufacturing process.
What is Fused Deposition Modeling (FDM 3d Printing) and How It Works?
  • Guides & Tutorials
A high-quality 3D printer creating a detailed green vase, symbolizing precision and expert techniques to improve 3D print quality.

Optimize Your 3D Printing Settings for Better Print Quality

Optimal 3D Printing Speed Printing speed is one of the most crucial factors affecting print quality. The ideal printing speed…

Read MoreOptimize Your 3D Printing Settings for Better Print Quality
  • 3DP Area Research Team
  • Applications
Futuristic airplane with digital circuit patterns, representing advanced technology and innovation in 3D printing infill structures.

3D Printing in Aerospace and Defense: Powering the Next Flight Frontier

3D Printing in Aerospace and Defense is propelling two innovation-driven sectors toward unprecedented speed and precision. The aerospace and defense…

Read More3D Printing in Aerospace and Defense: Powering the Next Flight Frontier
  • 3DP Area Research Team
  • 3D Printing Overview
Additive vs Subtractive Manufacturing infographic showing a 3D printer with text overlay

Additive Manufacturing or Subtractive Manufacturing? Why Not Hybrid?

Additive and subtractive manufacturing methods are two fundamental production techniques that form the backbone of modern industries. Evolving industrial needs…

Read MoreAdditive Manufacturing or Subtractive Manufacturing? Why Not Hybrid?
  • 3DP Area Research Team
  • 3D Printing OverviewGuides & Tutorials
A collection of 3D printing infill patterns displayed in a grid format, showcasing different structural designs for optimizing strength and material usage.

3D Printing Infill Patterns to Boost Your Production Efficiency

3D printing infill patterns have made production processes far more controllable, offering an advantageous alternative to traditional subtractive methods like…

Read More3D Printing Infill Patterns to Boost Your Production Efficiency
  • 3DP Area Research Team
  • Applications
3D printed organ being bioprinted in a sterile laboratory with a bio-printer, using green lasers to fuse layers of bio-polymer into a liver model.

3D Printed Organs: Innovations in Bioprinting Technology

What are 3D Bioprinting and Biofabrication? Tissue engineering—encompassing the development of 3D printed organs and other tissue structures—aims to repair…

Read More3D Printed Organs: Innovations in Bioprinting Technology
  • 3DP Area Research Team
  • Applications
A small robot model created using 3D printing technology, representing advancements in robotics and automation.

The Use of 3D Printing in Robotics and Automation Technologies

With the ever-evolving technology landscape and the accelerating impact of digitalization, significant advancements—particularly those sparked by 3D printing in robotics…

Read MoreThe Use of 3D Printing in Robotics and Automation Technologies
  • 3DP Area Research Team
  • Applications
A 3D-printed car being created on a 3D printer, showcasing the impact of additive manufacturing in the automotive industry.

3D Printing in the Automotive Industry

The automotive industry, one of the world’s largest industries, which began in the late 19th century with the development of…

Read More3D Printing in the Automotive Industry
  • 3DP Area Research Team
  • Applications
Futuristic 3D printer displaying a holographic model, showcasing AI-driven precision and innovation in 3D printing technology.

3d Printing In Education

Technological Advancements in Education One of the areas undeniably impacted by advancing technology is education. Technological developments have made learning…

Read More3d Printing In Education
  • 3DP Area Research Team
  • Applications

3D Printing Revolutionizing Quality and Efficiency in Construction

With the advancement of technology, consumers’ expectations towards production sectors are rapidly increasing, and there is a demand for more…

Read More3D Printing Revolutionizing Quality and Efficiency in Construction
  • 3DP Area Research Team
  • Materials
Close-up of multi-colored plastic 3D printing filaments arranged in rolls, representing high-quality additive manufacturing materials.

3D Printing Materials Explained: Features, Real-World Uses, and How to Pick

3D printers have brought significant changes to production processes by enabling manufacturing at low costs. However, simply using the right…

Read More3D Printing Materials Explained: Features, Real-World Uses, and How to Pick
  • 3DP Area Research Team
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3D Printer Buying Guide: How to Choose the Perfect 3D Printer

3D Printer Buying Guide: What to Look for in a 3D Printer?

Four pink cell-laden scaffolds (star, droplet, ear and starfish) printed via focused ultrasound in vivo bioprinting

Ultrasound in Vivo 3D Bioprinting: Harnessing Sound Waves for Life-Changing Therapies

Close-up of orange 3D-printed smart fabric showcasing an advanced textile structure for wearable technology

3D Printed Smart Fabrics, 3D Printing Textiles, Additive Manufacturing Wearables

Vacuum-Assisted Extrusion 3D Printing nozzle extruding a dense composite polymer cube under vacuum to minimize internal voids

Vacuum-Assisted Extrusion 3D Printing: Revolutionary Void-Free Polymer Parts

Close-up of a metal substrate with nine distinct multi-metal 3D printed alloy patches demonstrating graded compositions in metal additive manufacturing

Multi-Metal 3D Printing: Revolutionizing Metal Additive Manufacturing

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3D Printer Buying Guide: How to Choose the Perfect 3D Printer
3D Printer Buying Guide: What to Look for in a 3D Printer?
Four pink cell-laden scaffolds (star, droplet, ear and starfish) printed via focused ultrasound in vivo bioprinting
Ultrasound in Vivo 3D Bioprinting: Harnessing Sound Waves for Life-Changing Therapies
Close-up of orange 3D-printed smart fabric showcasing an advanced textile structure for wearable technology
3D Printed Smart Fabrics, 3D Printing Textiles, Additive Manufacturing Wearables
Vacuum-Assisted Extrusion 3D Printing nozzle extruding a dense composite polymer cube under vacuum to minimize internal voids
Vacuum-Assisted Extrusion 3D Printing: Revolutionary Void-Free Polymer Parts
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Four pink cell-laden scaffolds (star, droplet, ear and starfish) printed via focused ultrasound in vivo bioprinting

Ultrasound in Vivo 3D Bioprinting: Harnessing Sound Waves for Life-Changing Therapies

May 20, 2025
Close-up of orange 3D-printed smart fabric showcasing an advanced textile structure for wearable technology

3D Printed Smart Fabrics, 3D Printing Textiles, Additive Manufacturing Wearables

May 20, 2025
Vacuum-Assisted Extrusion 3D Printing nozzle extruding a dense composite polymer cube under vacuum to minimize internal voids

Vacuum-Assisted Extrusion 3D Printing: Revolutionary Void-Free Polymer Parts

May 20, 2025

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