Archive · 7 Sep 2025
Modified Glue Gun 3D Prints Bone-Like Material for Fractures
Scientists have created a special glue gun that can print bone-like material.
This new tool uses a modified glue gun to apply the material directly to broken bones.
The material is made of two parts, PCL and HA.
They tested this on rabbits.
This method is more precise and could help doctors fix complicated breaks in bones more easily.
The process allows doctors to match the new bone material to the broken bone perfectly.
The researchers hope this can revolutionize the way doctors fix broken bones.
Researchers modified a glue gun to 3D print bone-like material.
The device uses polycaprolactone (PCL) and hydroxyapatite (HA) to create the bone-like material.
The technology allows for in situ printing directly at the surgical site.
The method has been tested on rabbits.
The approach aims to offer a more efficient way to treat complex bone fractures.
- Who
- Researchers at Sungkyunkwan University
- What
- Developed a modified glue gun to 3D print bone-like material for fracture repair.
- When
- Not explicitly mentioned in the articles.
- Where
- Sungkyunkwan University, South Korea, tested on rabbits.
- Why
- To provide a more efficient and effective way to treat complex bone fractures and offer precise anatomical matching.
- Researchers
- Sungkyunkwan University, South Korea
- Lead Researcher
- Jung Seung Lee
- Technology
- 3D-printed bone-like material
- Material Composition
- Polycaprolactone (PCL) and hydroxyapatite (HA)
- Application
- Repairing complex bone fractures
- Testing
- Tested on rabbits