M07 Cotton Stockinette
Transparent Check Socket Plate
The Transparent Check Socket Plate (PT Series) is a high-performance thermoplastic engineered specifically for the fabrication of diagnostic test sockets. This prosthetic test socket material offers superior optical clarity, enabling prosthetists to perform direct visual inspections of the residual limb's interaction with the socket wall. Utilizing a transparent thermoplastic plate ensures accurate pressure distribution analysis and precise anatomical fit-check before the final lamination process.
FLEX Soft Socket Plate
The FLEX Soft Socket Plate (PF Series) is a high-performance thermoplastic specifically engineered for the fabrication of flexible inner sockets in lower and upper limb prosthetics. This flexible prosthetic socket material acts as a dynamic interface between the residual limb and the rigid outer socket, ensuring maximum pressure distribution and anatomical compliance. The integration of a soft socket thermoplastic is essential for improving patient comfort and minimizing skin irritation during the gait cycle.
Carbon Fiber Fabric
The Carbon Fiber Fabric (CF-F) is a premium 3K Twill Carbon Fiber reinforcement material specifically engineered for the high-durability requirements of the medical industry. As a specialized prosthetic lamination fabric, it provides the essential structural foundation for fabricating high-integrity sockets and orthotic components that demand an optimal strength-to-weight ratio.
Carbon Fiber Roving (Thread) Continuous Filament
The Carbon Fiber Roving Thread (Continuous Filament) is an essential composite material engineered for advanced orthotic and prosthetic manufacturing. Designed as a high-strength continuous filament carbon fiber, this specialized roving provides localized structural support, ensuring superior durability during the critical stages of prosthetic lamination reinforcement.
Ready-Made PVA Bags
The Ready-Made PVA Bags are essential consumable materials engineered for advanced orthotic and prosthetic manufacturing. Designed as high-performance PVA lamination bags, these pre-sealed polyvinyl alcohol foils provide an impermeable vacuum barrier crucial for achieving structural integrity and a flawless finish during the resin infusion process.
High-Performance Medical Materials for Advanced Prosthetic Engineering
IB-ER utilizes a sophisticated selection of medical-grade materials to maximize durability, biomechanical compatibility, and patient safety in prosthetic component manufacturing. At our high-tech facility in Manisa, Turkey, we process aerospace-standard raw materials to provide the reliability required by global O&P (Orthotics and Prosthetics) professionals. The material engineering at IB-ER serves as the foundation for modern prosthetic solutions that offer lightweight profiles, superior corrosion resistance, and high energy return.
⚙️ Titanium & Stainless Steel: Precision Machined for Clinical Durability
Our modular adapters and knee joints are engineered using extreme load-resistant Grade 5 Titanium and high-quality Stainless Steel. Specifically, our products labeled with "Forged Titanium" utilize advanced hot-forging technology to enhance material toughness and pressure resistance while maintaining a lightweight profile. This ensures maximum structural integrity for intensive daily use and long-term clinical success.
⚛️ Advanced Carbon Fiber Technology & Energy Return
The IB-ER carbon foot series features a multi-layered carbon fiber architecture designed for dynamic energy return. Utilizing patented "Screw-less Connection" designs and precision-engineered ring technology, we allow the carbon fiber layers to operate with minimal friction. This design supports a natural gait cycle and maximizes material lifespan.
💧 Waterproof and Corrosion-Resistant Engineering
A key pillar of our material engineering is the Waterproof designation. Our components are designed to be resistant to both freshwater and saltwater corrosion, supported by specialized water drainage channels. These materials provide amputees with a secure and reliable solution for all daily environments, including high-moisture conditions.
✅ Manufacturing Compliance and Global Certification
All materials and production processes at IB-ER are governed by international quality standards:
- ISO 13485:2016 & ISO 9001:2015: Certified medical device quality management systems.
- MDR 2017/745: Full compliance and traceability under the European Medical Device Regulation.
- FDA Registration: Established production standards for the international medical market.
🌍 Why Choose IB-ER Materials?
Designed for professional prosthetic applications, our materials are the preferred choice for clinicians in over 80 countries. Due to precise manufacturing tolerances and aerospace-grade raw material selection, IB-ER components maintain their structural integrity over long-term use and ensure 100% mechanical compatibility with universal modular systems.
For detailed information regarding our medical-grade material technologies, technical data sheets, or to discuss global distribution opportunities, please visit our Contact Page to reach our export team in Manisa.