How to Create Your Own Stress Ball Using 3D Printing Technology in Just a Few Simple Steps!

Want to create your own stress ball? With 3D printing technology, you can achieve this in just a few simple steps! First, sketch the design of the stress ball on paper, considering its size, shape, and surface texture. Next, open a 3D modeling software to convert the sketch into a three-dimensional model, adjusting the details … Read more

3D Printing of Functional Human Islets Using Customized Bioink

An international research team led by Wake Forest University has made significant breakthroughs in the field of bioprinting: they have utilized a novel bioink to 3D print functional human islets, demonstrating immense clinical application potential and bringing new hope for the treatment of Type 1 diabetes. This achievement was first presented at the 2025 European … Read more

The Colorful Course: The Adventure of Stationery

The Adventure of Stationery The Wonderful Journey of the 3D Printing Pen Jiangyin High-tech Zone Nanyuan Kindergarten Class Two Origin: What is a 3D printing pen? During the activity time after the nap, the classroom of Class Two was filled with discussions. If you could design your own stationery, what would you design? I want … Read more

3D Printing: Making Industrial-Grade Large Products Within Reach

In factory planning and exhibition, 3D printing industrial models have become an efficient, precise, and intuitive representation method. Through the integration of 3D printing and intelligent control technologies, the spatial layout and product details can be visually observed, effectively conveying each unique design concept to the client. 3D printing technology, with its revolutionary “layered manufacturing” … Read more

Empowering Robots with Touch: NYU Scholars Open Source 3D Printed Skin, Cost Drops by 99%!

Why have tactile sensors not become widespread in the field of robotics, and why is this situation about to change? Amazon’s Vulcan is its first robot to utilize tactile sensing technology for fine manipulation. In tightly constrained grasping and placing scenarios, tactile sensing should be a disruptive key. While humans primarily rely on vision, we … Read more

3D Scanning of Cat-Shaped Wax Figures for 3D Printing Projects

PADT is our partner in Tempe, Arizona, currently preparing for the annual Halloween-themed open house. In this process, we utilize the ATOS Q structured light scanning system to scan wax figures and create replicas through 3D printing. Fine Details of 3D Scanned Miniature Statues To host the annual open house event, PADT Inc., from our … Read more

Two New NASA Cases of Thermal Management in Space 3D Printing!

When metal 3D printing meets the harsh environment of space, a heat pipe radiator that reduces weight by 50% and a shape memory alloy radiator with a 6:1 deployment ratio are two new cases that are must-sees in the field of aerospace thermal management. Let’s take a look at what applications these are. Real Challenges … Read more

200 Academics in the Field of Additive Manufacturing (3D Printing)

Nanji Bear Guide: Currently, 18 undergraduate institutions in China have started programs in additive manufacturing, but in reality, there are many university professors researching 3D printing technologies. In this article, we will compile a list of 200 academicians, professors, and associate professors in Chinese universities who study additive manufacturing (3D printing) technology. (For detailed introductions, … Read more

Upgrading Orthopedic Implant Technology: 3D Printing, Biodegradable Materials, and Robotic Navigation Forming a New Triangle

In the many subfields of medical devices, orthopedic implants have long been known for their “high technology, high barriers, and high profits”. However, with the iteration of orthopedic surgical techniques and the accelerated evolution of clinical precision demands, this once highly standardized and steadily developing field is undergoing structural reorganization. Its technological core is shifting … Read more

63% Toughness Leap: 3D Printed Double Helix Structure Concrete by Robots

AbstractNature has evolved numerous design paradigms by organizing basic materials into complex structures. The damage-resistant double helix structure (double-bouligand) found in the scales of the coelacanth is composed of collagen fibers arranged in a double helical manner. This study applies the toughening mechanism of the double helix design to the preparation of structured concrete using … Read more