Many outsiders think that 3D printing is simply extruding material from a hot nozzle and stacking it into shapes, but in fact, 3D printing is much more than that! The following will introduce seven major categories of 3D printing technologies, allowing even beginners to clearly distinguish between different 3D printing processes.In fact, 3D printing, also … Read more
With the advent of 3D printing technology, a patient’s bone model can be printed at a 1:1 scale based on imaging data, visually and tangibly presenting the condition to the patient and their family,which aids in doctor-patient communication. Additionally, the lead surgeon can use the 3D printed bone model for preoperative planning. 1. What is … Read more
The pharmaceutical and biotechnology industry is currently the fastest-growing sector for 3D printing technology. This technology can provide more comprehensive personalized solutions for the medical and biological industries; bioprinting technology will promote research in regenerative medicine related to artificial living tissues and organs. In terms of personalized solutions, typical applications include 3D surgical planning models, … Read more
3D printing is an emerging technology in the manufacturing sector, known as a “manufacturing technology of industrial revolution significance.” In recent years, with advancements in industrial technology, 3D printing technology has rapidly developed and received widespread media attention. Facing numerous 3D printing technologies, are you feeling a bit overwhelmed? No worries, this article organizes the … Read more
3D printing is an emerging technology in the manufacturing field, known as a “manufacturing technology of industrial revolution significance.” In recent years, with advancements in industrial technology, 3D printing technology has rapidly developed and gained widespread media attention. Facing numerous 3D printing technologies, are you feeling a bit overwhelmed? No worries, this article organizes the … Read more
☞ This is the 13648 article published by Metal Processing (mw1950pub) Editor’s Note Metal 3D printing is considered the pinnacle of all 3D printing. When it comes to strength and durability, nothing compares to metal. The earliest patent for metal 3D printing was DMLS (Direct Metal Laser Sintering), obtained by Germany’s EOS in the 1990s. … Read more
Click the blue text above to subscribe Three-dimensional (3D) printing, as a promising additive manufacturing technology, can create customized objects with precise structures, controllable components, adjustable mechanical properties, and physiological heterogeneity by computer-aided continuous deposition of biomaterials or cells, fundamentally transforming the field of biomedical engineering. In bone tissue engineering, 3D porous scaffolds provide support … Read more
Chondrosarcoma is one of the common malignant bone tumors, often occurring in the pelvis. Due to the complex structure of the pelvis, surgery ishighly traumatic, difficult, and time-consuming, with many postoperative complications, which not only affect the recovery of patients, but can even lead to recurrence, resulting in impaired limb mobility. Recently, Mr. Liu, a … Read more
1 Experimental Method The added elements selected for this study are Ni, Fe, Cr, and Zr, with contents of 2 mass% (hereinafter referred to as %). Cu alloy powders containing the aforementioned added elements were produced using the argon gas atomization method, and then sieved to achieve a particle size of 10-63 μm for the … Read more
The projection photopolymerization 3D printing technology features high manufacturing precision, fast forming speed, and the ability for mass production, making it particularly advantageous in manufacturing high-precision structures. The microneedles, microspheres, and microfluidic chips manufactured using projection photopolymerization technology have significant application prospects in wound healing, drug delivery, and tissue engineering. To help everyone understand the … Read more