As the craze of wearable devices is increasing, the manufacturing companies are pushing their limits to deliver the best in class and better battery life devices to the customers. All the wearable devices are not the same, every device is different from each other and has a different power requirement.
3D printing is around us for a while now; people are understanding it’s potential and making the best of it. This technology was started from simply bringing 2d flat designs into 3d sculptures, but the things are significantly changed now. From designing a super fast car prototype to human bone, 3d printing services are making
An athlete’s performance in the field somewhat depends on sport wears. If the footwear or sports equipment are not comfortable, there is no way the athlete would perform well. But such issues will soon become a thing of the past for sports industry with the emerging 3D printing technology. Several sporting brands are taking up
3D metal printing is offering numerous advantages to manufacturing industry. Besides, it is also influencing jewelry industry and world of art and sculptors. Though there are wide options of materials in metal, 3D printing in brass is commonly preferred. The advantage of using brass in 3D printing is the feasibility of creating detailed or complex
The world has realized the tremendous potential of 3D printing, and its various applications. It is one of those technologies that has evolved at an amazing speed. Due to its versatile features, there are many applications of this technology in manufacturing, fashion, jewelry, medical, and educational industries. From building structures, to industrial tools and equipment,
3D printing has simplified prototyping. Testing a product and changing its design as required is faster and cost-effective. Artists and industrial designers are now able to give shape to their imagination in a few hours and at a low cost. Even furniture product designers have taken a fancy to 3D printing and are utilizing it
ABS (Acrylonitrile Butadiene Styrene) is developed from three monomers namely Acrylonitrile, Butadiene and Styrene polymers to form a copolymer. The presence of Butadiene makes ABS naturally white and tough. It is mostly used with FDM 3D printers to create parts and components for personal and industrial use. Being light, robust, and abrasion resistant, ABS is
Talent differs from person to person. Some are brilliant in conceptualizing, and others using the tools. Then there are those who have both the talents, but lack resources. This scene is common in the 3D printing world. If you are finding it difficult for creating a 3D model due to any reasons, then one of