This very new material is now being leverage for applications where other materials such as acrylic could not perform. Cyclic olefin copolymer (COC) is utilised by IPFL for many medical and pharmaceutical applications as well as diagnostics and scientific analysis.
COC stands out with its high heat distortion temperature, approximately 30°C higher than acrylic (PMMA). This makes it perfect for applications requiring thermal stability. Despite its robustness, COC maintains a level of optical clarity comparable to PMMA, which is essential for precise imaging and analytical applications.
Cyclic Olefin Copolymer (COC) revolutionizes precision machining with its high thermal stability and optical clarity, outperforming traditional materials like PMMA. Its low water absorption rate enhances its use in precision-critical environments. Widely used in the biomedical, pharmaceutical, and scientific sectors, COC’s biocompatibility and chemical resistance make it ideal for a range of demanding applications. At IPFL, COC is expertly machined to deliver innovative, reliable, and precise manufacturing solutions. We at IPFL elevate precision engineering with cutting-edge technology, pioneering Diffusion Bonded COC Microfluidics to redefine possibilities.
Custom Machining for Specific Needs
At IPFL, we don’t just machine materials; we tailor them to fit the unique requirements of your projects. Whether it’s a prototype or large-scale production, our COC machining services are designed to meet the highest standards of precision and quality.
COC’s introduction into our machining materials portfolio underscores IPFL’s commitment to innovation and excellence. By adopting COC, we’re not just enhancing our product offerings; we’re opening new avenues in precision engineering and machining.
