At Cohesive Components, we use medical-grade materials including silicone, EPDM, neoprene, PTFE, and Poron to manufacture reliable and safe components for medical applications. These materials are selected based on their biocompatibility, flexibility, and durability to meet the high standards required in medical devices.

Using sterilized, properly fitted gaskets and other components are non-negotiable for medical providers. Using substandard materials can expose patients and staff to pathogens that can cause serious injury or death. If the device cannot provide exceptional protection against dust, dirt, and fluids, it’s not something any medical provider should use.

ISO 13485 certification ensures that the medical components we produce meet the stringent regulatory requirements of the medical device industry. This certification allows Cohesive Components to design, manufacture, and supply products that are compliant with safety and quality standards for life-saving medical devices.

USP Class VI compounds are designed to provide exceptional performance and safety when the application places the material in human contact. This includes contact with tissue and fluids. These compounds are designed to have low levels of leachate and superior biocompatibility.

Medical manufacturing refers to the production of medical equipment, devices, components and consumables used in healthcare settings — from diagnostic tools and surgical instruments to custom parts in life‑support systems. In our work at Sur‑Seal, medical manufacturing involves precision converting, cleanroom production and strict quality procedures to ensure every part reliably performs in environments where patient safety and clinical outcomes matter. We focus on precision, cleanliness and compliance so the parts we produce enhance device performance and meet healthcare standards.

Medical device manufacturing is the process of designing, engineering, prototyping and producing devices or components intended for medical use — including diagnostics, treatment systems, monitoring devices and supporting parts. These products must meet stringent regulatory, performance and quality standards before they can be used in clinical environments. At Sur‑Seal, we contribute to this industry by producing precision‑cut materials, biocompatible components and cleanroom‑ready parts that fit into larger medical systems and support their safe, reliable operation.

When we prototype medical devices, we work closely with customers to translate design concepts into functional, testable components using CAD modeling, rapid tooling and precision material converting technologies. Whether through CNC prototyping, rapid die cutting, laser cutting or 3D printing, we produce early‑stage parts that allow engineers to evaluate fit, performance and manufacturability. This helps accelerate development, validate designs and refine materials before full‑scale production.

In medical device components, we work with biocompatible and medical‑grade materials such as silicone, biocompatible foams, elastomers like EPDM and neoprene, and specialty films and adhesives. These materials are chosen for their biocompatibility, sterilization resistance, durability and performance in clinical environments. They ensure that the parts we produce integrate safely and effectively into medical systems.

Precision die cutting supports the medical device industry by transforming raw sheet materials into custom shapes and sizes with consistent tolerances and repeatability. This capability is essential for producing components like seals, gaskets, filters, cushioning pads, insulation layers and other critical parts used in medical systems. At Sur‑Seal, die cutting helps us deliver components with tight dimensional control and high quality, which is vital in medical applications where reliability and performance cannot be compromised.

ISO 13485 certification is important for medical device manufacturing because it defines the quality management system requirements specific to medical devices and components, ensuring consistent product quality, regulatory compliance and patient safety. We maintain ISO 13485 certification and operate in controlled cleanroom environments to ensure that every component we produce meets the highest standards for medical applications, from material selection to final inspection. This certification gives customers confidence that our processes are validated and monitored for critical quality parameters.

USP Class VI materials are biocompatibility‑tested plastics, elastomers and polymers that meet one of the most stringent classifications for use in medical devices, particularly where contact with human tissue or fluids may occur. These materials undergo rigorous biological reactivity tests to ensure they do not cause toxic, irritating or adverse systemic effects when used in medical applications. We use USP Class VI­‑compliant materials for components where safety, biocompatibility and performance are essential.

We ensure quality and compliance in medical component production through rigorous quality management systems, cleanroom and white‑room production environments and adherence to standards like ISO 13485. By controlling every step — from material selection and prototyping to precision converting and final inspection — we deliver consistent, traceable medical components. Our processes are designed to meet regulatory requirements, maintain product integrity during sterilization and support the strict performance needs of the medical device industry.