The 0.9mm Endoscope Camera Module series is designed for OEMs, medical device developers, and industrial inspection engineers who require ultra-miniature imaging solutions. With its ultra-thin design, these modules deliver high-resolution imaging in extremely narrow spaces, making them ideal for medical endoscopy, ENT, gastrointestinal applications, and precision industrial inspections.
Product Categories
For medical diagnostics, miniature models such as the Ultra Miniature OCHTA10 provide crystal-clear images during minimally invasive procedures. For industrial inspection, flexible solutions like the 0.9mm Borescope Module enable accurate observation of confined mechanical components and pipelines.
Product Advantages
• Ultra-thin diameter — With a tip as small as 0.9mm, modules like the OVM6948 CMOS capture high-quality images in extremely tight spaces.
• High-resolution imaging — Support for VGA, 720P, and up to 30FPS video ensures reliable visualization for both medical and industrial use.
• Side-view and direct-view options — Choose between direct view or side-view models such as the OCHFA10 Side View to meet specific application needs.
• Customizable features — OEM/ODM customization available for LED integration, cable length, and sensor options to match your device requirements.
FAQs
Q1: What are the main applications of 0.9mm endoscope camera modules?
A: They are widely used in gastrointestinal, ENT, vascular, and dental examinations, as well as in electronic component and pipeline inspection.
Q2: Do these modules support real-time video?
A: Yes, most models support up to 30FPS for smooth real-time imaging, including the 1.2mm OCHTA10 version.
Q3: Can I request customized specifications?
A: Absolutely. We provide OEM/ODM services for sensor type, LED configuration, focus range, and cable design to meet project-specific needs.
Get a Quote
Looking for a reliable 0.9mm Endoscope Camera Module for your medical or industrial project? Contact our engineers to find the best solution for your requirements. Contact us today.
