Dunlee, a leading 3D printing pure tungsten parts manufacturer, is upgrading to a large-scale pure tungsten parts supplier while focusing on the customized design and manufacture of high-precision pure tungsten parts, relying on its own advanced technical strength.
Dunlee metal 3D printing pure tungsten parts annual output exceeds 100,000
To meet the rising demand, Dunlee continues to improve the 3D metal printing process. Currently, Dunlee can manufacture high-precision custom parts with dimensions as small as 100 microns and precision as fine as 25 microns.
With more than ten years of experience in the field of 3D metal printing, Dunlee has extensive experience in manufacturing high-quality and highly complex tungsten components. The anti-scatter grid solution for CT scanners is one of Dunlee's core products of 3D metal printing. .
The pure tungsten wire grid absorbs unwanted scattered radiation, which significantly improves CT imaging quality. The data show that cone-beam CT with Dunlee 2D anti-scatter grid has a 1.7 times higher signal-to-noise ratio than cone-beam CT with conventional solutions.
While continuing to maintain high quality, Dunlee 3D metal-printed pure tungsten parts "yield" has also continued to expand.
Up to now, Dunlee has become one of the largest suppliers of medical imaging equipment components in the world with ISO 13485 certified pure tungsten printing industry. Relying on DUNLEE's strict quality control system, advanced technology and customized delivery process, these can be operated around the clock, with an annual output of over 100,000.
Expand the application field of pure tungsten metal 3D printing
Dunlee's outstanding core competitiveness in the field of tungsten metal 3D printing also enables it to apply its superior skills to more fields.
Dunlee is currently exploring the production of large-area anti-scatter gratings for large-field imaging, anti-scatter gratings for non-destructive testing (NDT) X-ray equipment in airports and ports, and product scanning equipment for quality management.
In addition, solid tungsten is suitable for use in industries where the manufacture of products must be exposed to fusion environments, and where exposure to water, acid or solvent immersion is necessary, such as shipbuilding and jewelry.
Dunlee achieves 100% recycling of printed tungsten powder, driving sustainable development
Dunlee is committed to promoting sustainable development. Joining in additive manufacturing and vigorously developing metal 3D printing pure tungsten parts is one of Dunlee's important strategies.
Compared with the high energy consumption of traditional manufacturing, additive manufacturing meets the requirements of a sustainable economy, can meet the design needs of manufacturers in a more cost-effective way, and create a sustainable value chain.
In order to achieve sustainability and improve production efficiency, Dunlee researches the production and recycling technology of pure tungsten parts and continuously optimizes the manufacturing process. Dunlee has now achieved 100% tungsten powder recovery, and initiatives such as optimizing machine run time, optimizing production processes, and increasing output have paid off.
In the future, Dunlee will continue to work on the simplification of waste treatment steps, so as to achieve a complete closed loop of production recycling in a true sense. Relying on such a sustainable manufacturing ecology, Dunlee will greatly reduce the consumption in the manufacturing process of pure tungsten parts, avoid environmental pollution, and empower a sustainable future.