MEDICAL AND PHARMACEUTICAL INDUSTRY

The medical and pharmaceutical industry is among the sectors served by our company. Stainless steel products manufactured for this industry, where human health is of paramount importance, are produced with the utmost precision. This ensures that medical equipment can be used safely and reliably for many years.

How Is Stainless Steel Used in the Medical and Pharmaceutical Industry?
In the medical and pharmaceutical industry, stainless steel manufactured in Grade 316L is the preferred choice. Due to its low carbon content, this grade is highly suitable for welding applications. In addition, it offers excellent yield strength, tensile strength, hardness, and elongation properties, enabling it to maintain its original performance over time. It also provides excellent biocompatibility.

Why Is Stainless Steel Preferred in the Medical and Pharmaceutical Industry?
The stainless steel profiles, pipes, bars, sheets, and coils manufactured by our company are widely used in the medical and pharmaceutical industries. The reasons for this preference include; 
 

• Suitable for sterilization
• Antibacterial properties
• Hygienic characteristics
• High durability
• Easy to clean
• High resistance to oxidation
• Resistance to high temperatures
• Environmentally friendly
• Ability to maintain surface quality

Accordingly, the selected stainless steel grades vary in terms of grade, width, length, and surface finish. In addition, different cutting methods are applied to ensure the production of the most suitable material for medical and pharmaceutical applications.

What Stainless Steel Products Are Used in the Medical and Pharmaceutical Industry?
The use of stainless steel enables the manufacture of a wide variety of products for the medical and pharmaceutical industry. These products include;
 

• Hearing aids
• Surgical instruments (forceps, scalpels, scissors, surgical scalpels)
• Hospital beds
• Dental implants
• Needles and syringes
• Test tubes
• Wheelchairs

In addition, stainless steel is also widely used in electronic devices and equipment employed in medical applications that support the diagnosis, treatment, and recovery of patients.