Redefining Endoscopic Precision: OCHTA10 Micro-Focus Module Unlocks a New Dimension of Zero-Distortion Vision at 100°×100°
I. Industry Pain Point: The "Near-Field Blind Spot" Dilemma in Endoscopic Vision
Current medical endoscopy, industrial pipeline inspection, and precision assembly fields share a common challenge-severe blurring and edge distortion in ultra-close-range imaging within 3mm. Traditional modules exhibit over 30% resolution disparity between center and edges at object distances <5mm, resulting in up to 25% missed critical features like microscopic lesions or microcracks. The market urgently requires miniature vision solutions combining ultra-close-focus HD with panoramic low distortion.
II. Technical Breakdown:
Minimum Focus Distance:
Traditional modules typically range from 8-15mm; OCHTA10 achieves <3mm, enabling cellular-level observation of mucosal surfaces (<10μm).
Field of View:
Traditional modules exhibit elliptical distortion at 70°×55°; OCHTA10 delivers square imaging at 100°×100°, covering 5cm cavities per frame and reducing probe movement.
Optical Distortion: Traditional modules exhibit barrel distortion >25%. OCHTA10 module achieves <-11% (software-correctable to <3%), reducing measurement error from 1.2mm to 0.3mm.
F-number: Traditional modules F4.0-F5.6, OCHTA10 module with constant F2.8 aperture, 2.3x improved signal-to-noise ratio at equivalent illumination
III. Scenario-Based Application Matrix
OCHTA10 Solution Measured Performance Enhancement Data
ENT Endoscopy: Traditional solutions show >40% dark areas in deep nasal cavities; OCHTA10 module's F2.8 large aperture + 3mm close focus
Industrial Pipeline Inspection: Traditional solutions exhibit distorted imaging near weld seams; OCHTA10 module's 100°×100° orthographic projection achieves <5% edge dimension error
Precision Electronics Assembly: Traditional solutions fail to reconstruct BGA solder ball 3D morphology. OCHTA10 module achieves 15mm depth of field at 3mm macro shooting, enabling 3D reconstruction.
Dental Microscopic Root Canal: Visible range in apical region <30%. OCHTA10 module's dual-mode switching (close-focus/wide-angle) enables full-length root canal visualization.
In summary, the OCHTA10 redefines endoscopic imaging standards with its 3mm ultra-close focus, 100°×100° square imaging, and <11% distortion rate. It enables cellular-level observation and sub-millimeter measurement in medical and industrial inspection, propelling minimally invasive diagnostics and precision quality control into an era of "zero blind spots and high fidelity."
