Philips Brand, Smit Röntgen Revolutionizes the Metal Additive Manufacturing Industry by 3D Printing Pure Tungsten Parts
The industry predominantly uses metal additive manufacturing for prototyping or the production of small quantities. Smit Röntgen opens doors for large volume industrial manufacturing of 3D printed pure Tungsten parts.
Medical Imaging component manufacturer Smit Röntgen, a Philips brand, is a leading manufacturer capable of controlled processing pure Tungsten, via the additive manufacturing technique Powder Bed Laser Melting. This additive process is characterized by constructing a three-dimensional product from a digital design, by selectively solidifying thin layers of pure Tungsten, the metal with the highest melting point of 3422 degrees C.
A decade ago, Smit Röntgen started to research the potential of additive manufacturing pure Tungsten products, as a business opportunity. By collaborating with one of the major system builders in the additive manufacturing industry and partnerships with specialists in the field, extensive know-how is jointly developed on every step of the process.
“From process development to industrialization, Smit Röntgen is focused on creating added value to the industry by developing and manufacturing parts for medical applications, in particular high precision parts for X-ray collimation targeting the CT/PET/SPECT market. In addition, we also started to design and produce parts for industrial use,” says Harry Kleijnen Head of Development Smit Röntgen located in Best, The Netherlands.
Smit Röntgen is highly focused on innovation, a heritage of Royal Philips N.V. To further develop the technology, it has invested in production, post-processing and measurement equipment. Key for additive manufacturing process development, is to include verification and validation in-house to ensure short design cycles. This is fundamental for the functionality of the process and an expertise that should not be underestimated. With this new, unique and patented technology, Smit Röntgen is proficient in manufacturing for example, highly complex concave or bracing parts out of pure Tungsten.
The thought behind additive manufacturing surpasses conventional techniques, by creating new customized innovative parts with primary advantages like design freedom, part variation and low set-up costs. Smit Röntgen is now able to perfectly and seamlessly accommodate to individual customer needs and wants.
“When talking to major players in medical and non-medical fields, it becomes evident that being able to 3D print pure Tungsten parts does attract global attention. By mastering this technique, the possibilities for creating new innovative products and niche markets are endless,” explains Pieter Nuijts responsible for Marketing and Sales of Smit Röntgen in Best, The Netherlands.
Let us know what you think about this revolutionary new metal additive manufacturing method in the 3D Printing of Tungsten Parts forum thread on 3DPB.com
You May Also Like
3D Printing News Briefs, September 9, 2021: Events, Materials, & More
In today’s 3D Printing News Briefs, the first Formnext + PM South China finally opens this week. In materials news, a biomedical company introduced what it calls the first purified...
US Navy Issues $20M to Stratasys to Purchase Large-Format 3D Printers
The U.S. Navy has been steadily increasing its investment into practical 3D printer usage, as opposed to research. The latest comes in the form of a whopping $20 million contract...
3D Printing Webinar and Event Roundup: August 22, 2021
From food 3D printing and GE Additive’s Arcam EBM Spectra L 3D printer to 3D printing and CAD in a post-pandemic world and topology optimization, we’ve got a busy week...
The Largest 3D Printed Structure in North America: a Military Barracks in Texas
ICON’s latest 3D printed training barracks structure in Texas signals another positive step for the additive construction industry. Described by the company as the largest 3D printed structure in North...
View our broad assortment of in house and third party products.