KRYTON Metals Blog

How the Medical Industry Benefits from Metal Fabrication

Medical metal fabrication is crucial. That’s because the American Medical Association (AMA) represents the most trusted authority in medicine. Their expertise, recommendations, and treatments lead the global healthcare industry. So, nurses, doctors, and surgeons require custom tools and durable medical carts for routine appointments and critical care. 

It’s clear how the medical industry benefits from custom metal fabrication. However, we still need to take a closer look at the advantages. Then we should examine typical use cases, traditional metal types, and custom sheet metal fabrication capabilities. After all, the connection between engineered metals and emergency medicine is robust. 


The Top Five Metal Fabrication Benefits for the Medical Industry 

Medical devices save lives. And the healthcare industry relies on cost-effective implements to maintain a safe environment. So, doctor’s offices, clinics, and hospitals need efficient HVAC systems for sterilization and complex medical instruments to complete vital procedures. 

But that’s only where the benefits of medical metal fabrication begin. Here are five more advantages to explore: 

#1. Bespoke Medical Device Production 

Engineered metals form the backbone of industrial medicine. And custom metal fabrication allows specialists to create tailored tools based on the situation. Advanced fab shops can cater designs to produce singular products or mass-manufactured inventories. Thus, custom sheet metal fabrication helps medical professionals achieve goals above the standard. 

FACT: Medical experts can develop ultra-sensitive sensors and design precisely calibrated tools. 


#2. Compatibility with Other Medical Instruments 

Sheet metal fabrication allows for the standardization of crucial medical equipment. Fab shops can use IS0-certified techniques and metal molds to bend, shape, and form stainless steel, aluminum, and other raw materials. Experts understand metal properties then use laser cutting and metal spinning to achieve tight tolerances. As a result, universities, labs, and hospitals can streamline research to provide better treatment options. 

FACT: Generic medical instruments may not work with specific life-saving gear. 


#3. Accurate Parts Made Repeatedly 

Enhanced precision and streamlined parts fabrication can help get the best tools in the right hands quickly. And many medical procedures rely on repeatable accuracy for high-level diagnoses. So, facilities must provide proper equipment such as ultrasound machines, MRI rigs, and other essentials. But without custom metal fabrication, none of that would be possible. 

FACT: ISO guarantees industry-regulated medical devices are state-of-the-art. 


#4. Budget-Friendly Enhancements 

Providing patients with more advanced technologies can be expensive. And those costs trickle down to the consumer, which lowers national wellness and puts people at risk. But affordable metal spinning and laser cutting can help healthcare experts innovate to save more lives. From the initial prototype to the final design, engineered metals are a matter of national security and economic sovereignty. 

FACT: Custom metal fabrication makes last-minute design changes more manageable and affordable. 


#5. Durability Across the Medical Industry 

Sheet metal fabrication is an affordable alternative to many custom processes. Yet the outcomes are more consistent and resilient. Plus, shops can create medical devices with heat and corrosion resistance. And machining experts can produce accurate parts with tight tolerances across multiple disciplines. Then, medical professionals can bring more confidence to their operating tables. 

FACT: Many medical instruments require specific designs or metal properties to function correctly. 


What Metals Are Used in the Medical Industry? 

The most common types of metal used in medical equipment are stainless steel, titanium, and aluminum. However, some medical devices require specialty materials, such as copper, brass, tantalum, and nitinol. So, be sure to ask your team for crucial insights, especially during the design phase. 

Titanium is a vital metal for the healthcare industry. That’s because it connects to bones with a lower risk of rejection and can help manage cardiovascular function when implanted. You can find titanium parts in everything from orthopedic pins to retractors. Meanwhile, the material is second only to stainless steel, which is perfect for making metal strips, cryogenic containers, and sophisticated electrical components. 

Health experts always want textiles that can handle extreme conditions for critical procedures. So, they often reach for one of the following materials instead:  

  • Tantalum — Hypoallergenic materials for permanent stents and implants in bone or other hard tissues
  • Copper — Antimicrobial metal frequently used to send signals to and from diagnostic equipment 
  • Nitinol — Nickel-titanium alloy preferred for expandable stents, implants, and staples 

Talk to an ISO-certified technician for more information on metal properties or how each one benefits the medical industry. 


Medical Metal Fabrication at KRYTON 

KRYTON Engineered Metals works closely with the healthcare industry to provide reliable metal fabrication services, accurate parts, and design consistency. We also maintain a culture of caring from prototype to production. So, reach out to get a quote or start your next project. The future of the medical industry may depend on it.

Back to Blog

Related Articles

Choosing the Best Welding for Any Metal Fabrication Project

Welders can complete custom metal fabrication orders with measurable repeatability using high heat...

Food Processing Relies on Cost-Effective Sheet Metal Fabrication

The food and beverage industry relies on high-quality sheet metal fabrication to produce safe and...

4 Custom Metal Fabrication Techniques Manufacturers Should Consider

Metal fabrication techniques can vary depending on the desired end product, budget restrictions,...