Individually Developed, Clinically Proven
One-Stop OEM Integration
CeramOptec combines fiber development, probe technologies and laser expertise within one integrated OEM environment.
By bringing these competencies together in-house, we support medical device manufacturers throughout the entire development process, from early-stage prototyping and application-specific optical design to scalable production and long-term manufacturing support.
Our vertically integrated approach enables close coordination between optical performance, mechanical integration and system compatibility. This is particularly important for minimally invasive and laser-based medical applications, where reliability, reproducibility and validated manufacturing processes directly influence clinical performance.
In addition to custom fiber assemblies and probes, our OEM capabilities include support for sterilization workflows, quality-controlled production processes and regulatory-related requirements for medical device integration.
From Prototype to scalable OEM Production
Laser-based medical systems require more than optical performance alone. Integration reliability, sterilization compatibility, regulatory requirements and long-term manufacturing consistency all influence system performance in clinical environments.
CeramOptec supports medical OEMs with application-specific fiber assemblies, probes and integrated optical solutions for minimally invasive procedures, diagnostics and therapeutic laser systems.
With in-house expertise spanning fibers, probes and laser technologies, we support development from prototyping to scalable OEM production.
Typical Medical Use Cases
- Minimally invasive laser surgery
- Endoscopic and catheter-based systems
- Dermatology and therapeutic laser platforms
- Fluorescence, Raman and imaging diagnostics
- Custom OEM integration for medical devices
- Laser delivery systems for surgical and therapeutic applications
- Application-specific fiber and probe configurations
- Application-specific optical performance for minimally invasive systems
- OEM manufacturing support from prototyping to scalable production
- Quality-controlled processes including sterilization and regulatory support
FAQ – Frequently Asked Questions
Which regulatory and quality requirements do your medical fiber assemblies support?
CeramOptec supports medical OEM projects with quality-controlled manufacturing processes tailored to medical applications. Depending on the project requirements, fiber assemblies and probes can be developed with consideration for sterilization workflows, traceability, reproducibility and long-term manufacturing consistency. All processes are carried out according to strict, ISO-certified standards.
Can fiber assemblies be adapted to specific laser systems and wavelengths?
Yes. Our fiber assemblies are developed for application-specific integration into medical laser systems across a broad range of wavelengths and power levels. Parameters such as numerical aperture, flexibility, connector interfaces, beam delivery characteristics and transmission performance can be optimized for the respective application.
How do you support medical OEM development projects?
We support OEM projects from early-stage development and prototyping to scalable serial production. By combining expertise in optical fibers, probes and laser technologies, we help align optical performance, mechanical integration and manufacturing requirements throughout the development process.
Do you offer support from prototyping to serial production?
CeramOptec supports both prototype development and long-term OEM manufacturing. Our vertically integrated approach enables efficient transition from early feasibility testing to scalable production processes with consistent quality and reproducibility.
Can optical and mechanical interfaces be customized for OEM integration?
Fiber assemblies, probes and related interfaces can be adapted to specific OEM integration requirements. Depending on the application, this may include customized connector solutions, handling concepts, fiber geometries, protective tubing or application-specific mechanical integration features.
