Fort Wayne Metals offers a wide range of products including wires, stranded wires and cables, HHS tubes, SLT wires, mechanical assemblies, actuator wires, and more.
01 Fort Wayne Metals wire
As a basic and critical material, the quality of metal wire directly affects the quality and performance of the final product.
Fort Wayne Metals is committed to supporting and improving the performance and reliability of medical devices used by customers around the world through the development of new materials and the application of new technologies in the production of wire.
For example, superelastic nitinol has the ability to return to its original shape after severe deformation, a property that makes it unmatched in some medical applications.
Fort Wayne Metals is also very happy to provide solutions to its customers, using their material expertise and comprehensive technical expertise to produce precision metal materials for the medical device industry.
02 Fort Wayne Metals stranded wire and cable
Stranded wire and cable are highly engineered products that are ideal for applications that require strength and flexibility. They are often used in equipment to improve fatigue life, flexibility, and torque in certain configurations.
Combining the unique properties of different alloys, stranded wire and cable can be used to create breakthrough products. Fort Wayne Metals stranded wire and cable commonly used alloys are stainless steel, cobalt-chrome, DFT composites, titanium, nitinol, tungsten, **
From 35N LT for fatigue life, tungsten cables for high tensile strength at small diameters, DFT composites as hybrid or hybrid cables, or titanium for corrosion resistance, Fort Wayne Metals utilizes complex structures and processes to improve strength, flexibility, fatigue life and torque, stiffness, and smoothness.
03 HHS Tubes from Fort Wayne Metals
The benefits of Fort Wayne Metals' HHS tubing include whiplash-free properties, high kink resistance, custom designs, and material and technical expertise.
HHS tubes, or spiral hollow strands, are strands with an open center working channel, and it is widely regarded as being very effective at transmitting torque or thrust, thanks to its excellent whiplash-free characteristics and high resistance to kinks.
HHS materials produced by Fort Wayne Metals not only offer these benefits, but can also be custom designed to suit different tension, pressure, torque and pitch direction requirements according to the specific needs of our customers, while exhibiting a high degree of kink resistance and excellent whiplash-free characteristics.
04 STT wire from Fort Wayne Metals
The advantages of Fort Wayne Metals' SLT filaments include new materials and technical expertise, high removal rates, pre-correction treatment, and no rotation marks.
In spring hard conditions, SLT wire produced by Fort Wayne Metals can be removed by tapered grinding of up to 90% of the cross-sectional area without the need for heat treatment. This material is suitable for typical applications such as microneedling, orthodontic and suture needles, guide wires, endoscopes, and embolic filters.
In addition, Fort Wayne Metals pre-corrected the SLT wire, which simplified the production process, eliminated some of the problems associated with surface defects, and increased efficiency.
This wire has no traces of rotation and provides the user with a ready-to-use surface quality without the need to adjust the casting or spiral shape in secondary operations.
At present, the application scenarios of Fort Wayne Metals SLT wire cover industrial applications, medical industry, new energy field, transportation, communication industry, construction and infrastructure and other fields.
Fort Wayne Metals has a strong presence in the global market through its high-quality metal materials and products. Whether in the medical or non-medical field, the company provides significant value to its customers with the precision and reliability of its products.
The above materials are from the brand's official website and the Internet, if there is any infringement, please contact to delete!