News & Events
Keep up with the latest from Foamtec Medical.
The Role of Antimicrobial Foams in Reducing Healthcare-Associated Infections
Polyurethane (PU) foams have traditionally been the go-to material for various medical applications due to their versatility, comfort, and excellent cushioning properties. However, as the healthcare industry faces the challenge of HAIs, it's clear that a new approach...
Innovations in Medical Foam: Responding to Global Health Challenges
Foamtec's Medical Division has the capability to customize PU foam. It's not just foam; it's an intricate blend of science and technology that can be fine-tuned to meet the specific demands of various medical applications. Whether it's ensuring patient comfort,...
High-Performance Foams Meeting the Demand for Durable Medical Devices
In the ever-evolving world of medical devices, one thing remains constant - the need for durability and reliability. Medical professionals and patients alike depend on these devices for their safety and well-being. This is where Foamtec's Medical Division comes into...
Green Open Cell Polyurethane Foam
The renewability of polyurethane foam depends on the specific type and production methods. Renewability refers to the capacity of a resource or process to be replenished or sustained over time without being depleted or permanently exhausted. It is a concept closely...
The Role of Foam in Lifesaving Medical Emergency Devices
In the high-stakes world of emergency medicine, every decision and every choice of materials can be a matter of life and death. From stabilizing cervical collars to airway management devices, foam components play a pivotal role in saving lives in the field and the...
Transforming Healthcare Diagnostics: The Remarkable Role of Smart Foams in Sensors and Electronic Medical Devices
The convergence of technology and medicine is driving modern healthcare. At the forefront of this transformation are innovative foams – remarkable materials with the potential to reshape diagnostics through their integration into sensors and electronic medical...
Polyether vs. Polyester Foams in Medical Applications: Exploring the Impact of Porosity and Density
Foams are crucial in various medical applications, providing patient support, comfort, and protection. Two common types of foams used in the medical field are polyether and polyester foams. These materials exhibit different characteristics, including porosity and...
Foam in the Fight Against COVID-19: Innovations and Applications
In the face of the COVID-19 pandemic, innovation has been paramount in combating the virus and protecting public health. Foam-based technologies and materials have been pivotal among the many innovative solutions. Custom medical device manufacturer Foamtec Medical has...
How Foam Materials Are Redefining Sterile Medical Packaging
Foam materials play a crucial role in sterile medical packaging to ensure the safety and integrity of medical devices, pharmaceuticals, and other healthcare products. Polyurethane foam is used in the packaging industry for: Cushioning and Protection: Foam materials...
Importance of Medical Grade Foam in Orthopedic Devices
The use of medical-grade foam in positioners is important for several reasons, primarily related to patient safety, comfort, and hygiene. Medical-grade foam is designed and manufactured to meet stringent quality and safety standards, making it suitable for medical and...
Contract Manufacturing
Being vertically integrated gives Foamtec and its clients the leading edge in reaching the marketplace with fewer interruptions. We control the entire polyurethane foam manufacturing process so you have low risk for out-of-spec product and complete confidence in the quality of specifications of Foamtec materials.
Research & Development
Do you have a medical device concept ready to move to the development phase? Our Technical Sales Managers can work with you on your new product design, bring it to market on-time and on-budget. Leverage the experience of our team of foam and fabrication experts to finalize an innovative, differentiated device.
