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SF-C16USB-D1.5
SINCEREFIRST
This 1.5mm OVM6946 120° Wide Angle Endoscope Camera Module for Ultra-Narrow Accessthat need very small access size without reducing the field of view to a narrow tunnel-like image. Its D120° field of view and 5–50mm fixed-focus range support broad close-range observation through a compact 1.5mm front-end direction. A 2m flexible cable supports device layouts that require a longer path between the inspection section and the rest of the system. Difference: Compared with the 1.2mm minimum-diameter direction, this 1.5mm model trades a small increase in size for D120° coverage and a 2m cable configuration. Also optional side view module |  |
Selection Requirement | Standard Configuration | Selection Note |
Entry space | 1.5mm overall diameter | Confirm the complete device opening and final assembly clearance. |
Required coverage | D120° × H87.5° | Useful when wide close-range coverage is needed through a very small access path. |
Working distance | 5–50mm fixed focus | Choose this model when the target remains inside a defined close-range interval. |
Cable routing | 2m flexible cable | Confirm that the longer cable route suits the mechanical design and handling requirement. |
Geometry sensitivity | Wide-angle optical direction | Evaluate another model if low distortion or image-based measurement is the main objective. |
Product Advantage ◢
1. 1.5mm Overall Diameter — supports access to very small internal spaces while allowing a slightly larger structure than the 1.2mm option.
2. D120° Field of View — provides broad close-range scene coverage for compact internal observation.
3. 5–50mm Fixed Focus — supports a practical short-distance range without autofocus hardware.
4. 2m Flexible Cable — supports longer routing between the inspection area and the device body.
5. 1.05 × 1.05 × 5.0mm Core Housing — provides a compact mechanical basis for ultra-small device integration.
The smallest possible diameter is not always the only selection criterion. This 1.5mm configuration can be a better direction than a 1.2mm module when the device still needs wide D120° coverage and a 2m cable path. If absolute minimum access size is the overriding requirement, the smaller 1.2mm model remains the stronger candidate.
Technical Parameters ◢
Keywords | 1.5mm Ultra-Small Medical Endoscope Camera Module |
Sensor | OVM6946 |
| Sensor Size | 1/18" |
Focusing range | 5mm~50mm |
FOV | D120° × H87.5° |
F. NO. | 5.0 |
Focus Type | Fixed Focus |
Certification | ROHS, Reach |
DSP | USB2.0 DSP |
TV Distortion | ＜-11% @ 0.95Field |
Brand Name | SINCERE FIRST |
Cable Length | 2m Flexible Cable |
Application Of Endoscope Camera Module ◢
1. Ultra-Narrow Inspection Device — The 1.5mm diameter supports devices that must enter very small spaces while maintaining wide D120° coverage. Confirm the complete assembly clearance.
2. Precision Bore Inspection Tool — Suitable for small-bore observation where a 5–50mm working range and long cable path are useful. Confirm whether the distortion level is acceptable.
3. Compact Flexible Inspection Camera — The 2m cable supports a remote device body while the front section enters a restricted area. Confirm bending and strain-relief requirements.
4. Laboratory Micro-Cavity Observation Fixture — Can be used in research or test fixtures that need observation through a small opening. Confirm target distance, coverage and interface requirements before integration.
1. Diameter and mechanical access: If 1.5mm does not meet the entry limit, provide the exact opening and insertion path so a smaller structure can be evaluated.
2. FOV and fixed-focus range: If D120° or 5–50mm does not match the task, provide target size, nearest/farthest distance and distortion tolerance for optical review.
3. Cable routing: If the 2m cable is too long or too short, provide the required route, bending condition and device-body location.
4. Final integration: Connector, protective structure and lighting requirements should be reviewed against the complete device. Please provide the host interface, environment and assembly drawing.
Final configuration should be confirmed through engineering review and sample verification before mass production.
FAQ◢
1. How is this 1.5mm model different from a 1.2mm module?
It uses a slightly larger diameter but provides D120° coverage and a 2m flexible cable, so the trade-off is different.
2. Is the 5–50mm focus range adjustable?
The confirmed configuration is fixed focus; the target should remain within the intended range.
3. Is this model intended for dimensional measurement?
It is not the first choice when low distortion or geometry-sensitive measurement is the primary objective.
4. What should I confirm about the 2m cable?
Check routing, bending, strain relief and whether the cable length matches the distance between the inspection area and device body.
5. What information is needed before sample evaluation?
Please provide the access diameter, target distance, required coverage, distortion tolerance, cable route and final device interface.
CTA
Please send the available access diameter, target size, working distance, required coverage, cable route, device-body position and interface requirement. We can then compare this 1.5mm direction with smaller or higher-resolution alternatives.
