Orthopedic Products - Cutting Tools
The product range of cutting tools in the field of orthopedics includes: Bone drill Cu...
Portal and digital medical technology fair of the largest MedTech cluster in Germany
Orthopedic Products - Cutting Tools
The product range of cutting tools in the field of orthopedics includes: Bone drill Cu...
Orthopedic products - Navigating tools
Customized tools for navigating the drill holes and saw cuts
Milling technology / milled parts - contract...
Milling technology / milled parts - contract manufacturing for medical products Milling refers to...
NITINOL TUBES Nitinol Tubes Generation 1, 2 or 3 (HCF-High Cycle Fatigue) ASTM F2063 complia...
We are service providers in the areas of turning, milling, water jet cutting and the additive manufa...
Raw materials for various surgical instruments
Since the company was founded in 1880, we have been manufacturing raw materials for various surgical...
Up to date technology allows us to manufacture the most complex items even in low quantities. &nb...
Your precise partner for metal and plastic...
WEIHBRECHT Lasertechnik GmbH was founded in 1986 with the Swabian inventor's claim “If it...
Metal technology / metal products for medical...
PRECISE and flexible technology solutions in metal technology and sheet metal processing We manuf...
CNC drawing parts / machined parts
Specialized in highly complex turning and milling parts. With our modern machining centers, we ar...
The production of metal products largely relies on metal fabrication. During this process, various metal parts are combined and processed to form a useful product. These processes include rolling, punching, stamping, welding, and machining. Depending on the product requirements, the metal product may be small or large. However, many metal fabrications are also used in smaller applications such as water tanks, electrical wiring enclosures, outdoor grills, and brackets.
Medical MIM is highly repeatable, fast, and reliable. Because of its high level of precision, it helps manufacturers reduce production time and costs. This process is particularly helpful in hospitals, where parts need to be small and precise. It is also suited to processing new alloys and feedstock materials. In addition, it is a highly accurate method of manufacturing and reduces the risk of recalls or warranty claims. Consequently, MIM has grown in popularity across various industries.
Custom metal parts are a popular option. Medical manufacturers are capable of responding to requests quickly. 3D printing technology enables medical manufacturers to create patient-matched implantable devices that meet exact specifications. These precision products are critical for medical devices, where precise tolerances are necessary. Modern implants can be designed with surface features and porosity to allow bone to grow into them. These implants can also help reduce the need for adhesives. Overall, MIM is an increasingly common process for medical device manufacturing.
The application of MIM is growing, particularly for medical devices. The medical industry is paying increasing attention to this technology, which can produce both components and assemblies for medical devices. Previously, the MIM process was considered radical for the production of metal parts. However, it has become the most preferred choice among medical designers, as it allows for higher-quality manufacturing in medium-to-high volume productions and a wide range of design flexibility. For this reason, it is a great solution to meet the unique needs of medical equipment.
The use of MIM is a growing industry for medical devices. The process is a proven alternative to traditional metal manufacturing. For medical devices, MIM is a great solution to lower material costs and improve precision. Moreover, MIM is also a low-cost process for medium-to-high-volume products. Aside from producing medical devices, MIM is also an excellent option for the production of automotive and aerospace parts. Listed below are a few of the benefits of MIM.
SMP Wallingford is an excellent choice for manufacturing high-purity nickel strips. These metals are widely used in critical medical applications and are often used in electronics. SMP produces the highest purity nickel strips for these applications. Aside from being highly resistant to corrosion, these parts are also resistant to rust and corrosion. Stainless steel is the best option for healthcare equipment. In addition to being easy to clean and disinfect, it is also easy to maintain.
Become a digital exhibitor yourself in the online portal of the largest and best-known MedTech cluster region in Germany and inform the world of medical technology about your products and services as well as about news, events and career opportunities.
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