Original price was: USD 187.16.USD 155.97Current price is: USD 155.97.
High-resolution 16mm C-mount lens designed for 2/3″ sensors. Features a manual F2.8–F16 aperture, ultra-low 0.02% distortion, and a 100mm minimum working distance.
Professional 12.00 MP high-resolution C-mount lens engineered by IDS. Featuring a 16.0 mm focal length and optimized for the 2/3" optical class, this lens is designed for precision machine vision applications. It provides an adjustable aperture range from F2.8 to F16 and supports sensors with a minimal pixel pitch of 2.20 µm. With a minimal object distance of just 0.10 m and a compact design, it is suitable for diverse industrial imaging environments requiring high detail and optical performance.
| Parameter | Value |
|---|---|
| Focal length | 16.0 mm |
| Maximal image circle | 2/3" |
| Aperture range (F) | 2.8-16 |
| Minimal pixel pitch | 2.20 µm |
| Minimal object distance (M.O.D.) | 0.10 m |
| Angle of view (HxVxD) | 30.8° x 23.3° x 37.9° |
| Back focal length | 14.89 mm |
| Maximal immersion depth | 4.5 mm |
| IR correction | no |
| IR cut filter | no |
| Item number | 1011828 |
| Bildwinkel vertikal | 23.3° x 30.8° |
| Optical class | 2/3" |
| Resolution | 12.00 MP |
| Mount | C-mount |
Employed in automated optical inspection (AOI) systems for printed circuit boards, capturing highly detailed images of surface-mounted devices and solder joints from a close distance.
Detects microscopic soldering flaws and misalignment of ultra-compact electronic components, replacing manual inspection and improving production throughput.
Integrated into high-speed pharmaceutical packaging lines to perform real-time visual verification of pill presence, shape, and foil seal integrity on conveyor belts.
Ensures absolute compliance in medication packaging by reliably identifying missing pills or defective seals across the entire package width without line slowdowns.
Mounted on robotic inspection arms to evaluate the surface finish and identify micro-scratches on precision-machined metal automotive components such as engine valves and bearings.
Prevents premature component failure by catching sub-millimeter surface anomalies on complex metallic geometries that require adjustable depth of field and pristine optical clarity.
