Technology
Four Pillars of a
Diagnostic-Grade Image
An endoscopic image is only as good as its weakest link. We optimise the sensor, the optics, the data link and the light source as a single system.
4K AI ISP
NPU + VPU dual core with deep-learning denoising. 4× SNR in low light and +12 dB dynamic range.
Learn more ↓Pixel-Level Fusion
Physical pixel alignment between white light and ICG — not a software overlay that drifts.
Learn more ↓12G Single-Coax Link
Video, power and control over one cable. Gold-finger connectors rated beyond 20,000 cycles.
Learn more ↓Light & Imaging Co-Optimisation
Light source and image pipeline tuned together, so sensitivity gains are real rather than nominal.
Learn more ↓An ISP that understands what it is looking at
A conventional ISP applies the same curve to every frame. Ours runs a neural processing unit alongside a vision processing unit, so denoising, defog and edge enhancement are driven by scene content rather than fixed parameters.
- Low-light SNR — deep learning delivers a 4× improvement
- Smart defog — clears blood and fluid from the field of view
- AI denoise — removes grain while keeping real tissue texture
- Edge enhancement — outlines lesions so suspicious tissue stands out
- Smart anti-shake — cancels hand tremor for a gimbal-smooth view
- Auto dimming — centre, average and multi-zone metering
Fusion decided by mechanics, not by software
Software overlay can only approximate alignment, and it drifts as the scope moves. We assemble the white light and fluorescence channels at micron tolerance so the two images match at the pixel — then calibrate with AI to keep them matched.
- Patented parfocal prism — switch imaging modes without losing focus
- Over 95 % fluorescence transmittance for higher ICG sensitivity
- Narrow-band enhancement — 415 nm blue and 540 nm green spectra raise mucosal and surface-vessel contrast without staining
- Physical pixel alignment via precision assembly
- AI calibration for pixel-perfect white light and fluorescence matching
Zero-latency transmission over a single coax
Every extra connector in an endoscope is a potential failure point, and a failure point in a sterile field is expensive. One coaxial cable carries 4K video, power and control, terminated with a gold-finger connector rated for repeated mating.
- 12G bandwidth — high-speed visible and fluorescence signals on one coax
- Zero latency — no perceptible delay between hand movement and display
- 20,000+ mating cycles — special alloy gold-finger connector
- Field-replaceable — modular handpiece, cable and connector
Light and sensor tuned as one channel
Fluorescence sensitivity is a system property — it depends on excitation efficiency, optical coupling and how the sensor interprets the returning signal. Treating the light module as a separate purchase loses that.
- Medical-grade LED with constant-current driver, high CRI for true tissue colour
- Dual drive — white LED and laser in one module
- PWM linear dimming — smooth, flicker-free across the range
- Fibre detection — locks or alarms if the fibre is loose, no stray light
- Host-light link — synchronised control between light source and camera host
What this engineering buys you
Backed by strong in-house R&D capabilities, we deliver not only standardised products but also fully customised solutions tailored to your specific clinical and technical requirements.
Core Component Supply
Full range of endoscope imaging components, including 4K camera handpieces, main boards, and light drivers, engineered for seamless integration.
Custom R&D Solutions
From optical design to image processing algorithms, we deliver tailored solutions that meet your specific clinical and technical requirements.
CDMO Services
One-stop CDMO support covering product design, prototyping, registration testing, and volume production, accelerating your time-to-market.
AI-Powered Imaging
Proprietary AI ISP technology with dual-core NPU+VPU, enabling pixel-level fusion, 4× SNR improvement, and advanced image enhancement.
Have a specification you need to hit?
Send us the clinical requirement — scope diameter, working length, procedure type — and we will map it to a module configuration.
ADD:Room 212-213, Building A2, Peihong Mansion, No.1 Kehui Road,Yuehai Street, Nanshan District, Shenzhen, China
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