CinVivo specializes in surgical headlight cameras, not generic head-mounted headlights. The Titan 4K HDR is purpose-built for surgeons, ensuring perfect alignment, optimal lighting capture, and future-ready AI integration.
Yes. The Titan 4K HDR is compatible with major surgical video and display systems, allowing for live streaming, recording, and broadcasting to OR monitors or remote training sessions.
By recording exactly what the surgeon sees, the Titan 4K HDR provides invaluable teaching material for residents, medical students, and training programs. Its 4K HDR video ensures clarity even in…
Surgeons choose the Titan 4K HDR because it combines unmatched 4K HDR imaging, seamless headlight alignment, wireless streaming, and AI-ready features. It delivers the most accurate and detailed view of…
The camera system has a specially designed head mount which allows you to wear surgical loupes during your procedure. We offer different camera mounts to offer a solution for any…
Yes, the HUB has one HDMI out and a second USB C Thunderbolt connection. The USB C Thunderbolt connection can be used to connect to a 2nd monitor. It will…
Yes, you can take still-shots or snapshots. Press the Snapshot Button on the center bottom of the preview screen on the Remote Control Tablet. The snapshot will be stored in…
1 year product warranty is included. It is possible to extend the warranty for several years. Please contact us for further information.
With our smart surgical camera systems we would join you to record all aspects of a particular surgical procedure and then offer our editing services to create a final product.…
CinVivo offers to cover your event with live streams. We would come into your OR and bring up to 5 camera systems (2 headcameras for surgeon and assistant, one overview…
High Dynamic Range (HDR) in videography is a comprehensive imaging approach that enhances the visual quality of video by capturing, processing, and displaying a broader range of brightness and color than traditional Standard Dynamic Range (SDR). It begins with specialized image sensors capable of detecting deep shadows and bright highlights simultaneously, often using techniques like dual-gain or multi-exposure fusion. These sensors work in tandem with logarithmic gamma curves or dedicated HDR formats to preserve detail across the full luminance spectrum. The video is then encoded in high bit-depth formats (typically 10-bit or higher) using wide color gamuts like BT.2020 and advanced transfer functions such as PQ (Perceptual Quantizer) or HLG (Hybrid Log-Gamma). Metadata—either static or dynamic—further guides HDR playback systems in tone mapping content to match display capabilities. During post-production, editors use HDR-capable tools to refine exposure, color grade, and contrast, maximizing the fidelity and depth of the captured footage. On playback, HDR-capable displays with high peak brightness and deep blacks render video with greater realism, sharper contrast, and more vivid color. The result is a video that preserves highlights without clipping, maintains shadow detail, and offers a more immersive and lifelike viewing experience, especially in high-stakes environments like surgical recording, where clarity and color accuracy are critical. HDR has become a defining standard for premium content across broadcast, streaming, and professional applications, offering both creative flexibility and future-proof visual quality.
Preserves Detail in Bright and Dark Areas
Surgical fields often include both bright reflections (from lights or instruments) and shadowed areas (deep incisions). HDR captures detail across this full brightness range, ensuring nothing is lost in overexposed highlights or underexposed shadows.
Enhances Visualization of Anatomy
By accurately rendering tissue color and structure, HDR improves the ability to differentiate between critical anatomical features.
Reduces Need for Manual Adjustments
With HDR, exposure dynamically adapts to challenging lighting conditions. This minimizes the need for manual gain/exposure tweaks mid-procedure, reducing workflow interruptions.
Future-Proofs Surgical Video for AI
AI systems perform better with high-quality input. HDR ensures consistent, detailed data capture—ideal for downstream applications like:
AI-based surgical coaching
Instrument tracking
Post-op analysis
Competency-based training
Enables Better Playback on Modern Displays
Many hospital systems now use HDR-capable monitors. Recording in HDR allows full use of this hardware, offering lifelike replay for education, review, and marketing.
