Titanium Powder 3D Printing: 50–90% Cost Savings

Pioneering advanced manufacturing titanium solutions.
As titanium continues to advance in manufacturing, KYHE Technology remains a major pioneer in optimising titanium possibilities. We focus on creating high-performing, environmentally conscious, sustainable titanium alloy powders specifically tailored to additive manufacturing. We aim to enable industries to achieve material exceptional properties and environmental sustainability to empower a sustainable and efficient future.  
Our foremost innovation is the proprietary DH-S® Technology. This particular technology employs advanced state-of-the-art spheroidizing techniques to produce powders of varying qualities. From the titanium powders produced, we can create spherical particles of varying degrees of flowability, packing density, and consistent morphology, for any 3D printing application. This is a significant improvement in additive manufacturing techniques. Most importantly, we are the first to integrate 3D printing cost template and sustainable solution fabrics for powders.There is no doubt about the capacity of our manufacturing plant, which is new and boasts about having the ability to produce 500 tons a year. This helps with our economies of scale and also strengthens our supply chain. Additionally, we focus on quality and self-reliance, and to top it all off, more than 90% of our manufacturing equipment is made in-house. This vertical integration gives us the capability to manage every part of the process when it comes to the production of powder. This allows us to make improvements, quality test more, and adapt technology based on what the customers want. It is a powerful to our engineering skills. It shows our ability to meet the expectations of a company with standards as high as KYHE Technology. The focus on quality is unparalleled. This too is an embodiment in our plant.  

At KYHE Technology, we prioritize sustainability, and our entire production process is streamlined to conserve energy and manage resources responsibly. Since we want to conserve the natural world, we minimize waste and use mechanisms to lessen the carbon we release and recycles where we can. This means our titanium powders perform in a wide range of uses with a self-composed natural footprint. The absence of paints, coating, and resin helps meet the demands of the supply chain with natural and sustainable materials.

Many of our new materials are developed using a hybrid manufacturing philosophy, which integrates Metal Injection Molding (MIM) and 3D printing. Combining these technologies allows us to leverage the advantages offered by each manufacturing technique. MIM provides cost efficient, high volume, and precise manufacturing of complex components in small to medium, while 3D printing offers virtually unlimited design flexibility for prototypes, customizations, and the manufacturing of complex and lightweight designs that cannot be achieved using traditional manufacturing methods. Because of this dual capability, we are a uniquely flexible provider of high accuracy and high intricacy component manufacturing for the critical markets of medical (surgical instruments, implants, etc.) and automotive engineering (lightweight components, prototypes, etc.) and other markets.

For us, KYHE Technology, is more than a supplier. For us, we view them as a strategic partner in innovation. With our titanium powders that are of high quality, sustainable, and low cost, coupled with our advanced titanium manufacture engineering services KYHE is empowering our clients to extend the limits of design and performance. We are prepared to meet the evolving needs of the industry and to lead the industry’s changes. We are at the forefront of a new age of manufacturing that integrates innovation with values of sustainabilty.