CBC-Computar M1614-VSW 16mm F1.4 ViSWIR Lite Visible-SWIR Lens | 1.5MP, 2/3", C-Mount
Computar M1614-VSW 16mm F1.4 ViSWIR Lite C-mount lens for 1.5MP visible-SWIR imaging from 400 nm to 1700 nm. Designed for 2/3" sensors, this compact manual iris lens delivers high transmission, low distortion, and megapixel clarity for single-band SWIR machine vision, agriculture, medical imaging, remote sensing, and industrial inspection applications.
Computar M1614-VSW 16mm ViSWIR Lite Lens
The CBC-Computar M1614-VSW is a 16mm F1.4 ViSWIR Lite fixed focal length lens designed for visible-to-SWIR imaging from 400 nm to 1700 nm. Built for 1.5MP visible + SWIR sensors and 2/3" image format cameras, this compact C-mount lens delivers high transmission, low distortion, and reliable megapixel clarity for single-band visible-SWIR imaging applications.
The ViSWIR Lite Series achieves clear and precise imaging across the visible and short-wave infrared range by applying multilayer coating technology to help absorb specific light and minimize adverse lighting effects. A broadband anti-reflection coating is applied to all ViSWIR lens elements, allowing high and stable transmission across a super-wide wavelength range from 400 nm to 1700 nm.
With its bright F1.4 aperture and wider 16mm focal length, the M1614-VSW is a strong choice for visible-SWIR imaging systems that require more scene coverage than longer focal length models while maintaining compact SWIR-compatible optical performance. It is well suited for agriculture, medical imaging, remote sensing, machine vision, material analysis, food sorting, industrial inspection, and non-visible range imaging.
As the 16mm option in Computar’s ViSWIR Lite lens series, the M1614VSW provides a practical field of view for visible-SWIR camera systems where compact size, wavelength flexibility, and stable transmission are important. The ViSWIR Lite Series is available in 5mm, 8mm, 12mm, 16mm, 25mm, 35mm, and 50mm focal lengths for different working distances and inspection requirements.
Key Features:
- 16mm fixed focal length ViSWIR Lite lens
- Designed for visible-to-SWIR imaging from 400 nm to 1700 nm
- Supports 1.5MP visible + SWIR image sensors
- Compatible with 2/3" image format cameras
- Bright F1.4 aperture for strong light transmission
- Manual iris and manual focus control
- Broadband anti-reflection coating applied to all ViSWIR lens elements
- Unique coating technology delivers high transmission from 400 nm to 1700 nm
- High-resolution, low-distortion design for megapixel image clarity
- Compact form factor ideal for multiple visible-SWIR applications
- C-mount design for industrial camera compatibility
- Cost-effective visible-SWIR lens option for single-band applications
Applications:
- Visible-SWIR machine vision
- Single-band SWIR imaging
- Agricultural inspection
- Medical and bioscience imaging
- Remote sensing
- Industrial inspection
- Food sorting and quality control
- Material analysis and classification
- Non-visible range imaging
- Scientific imaging
- Security and surveillance imaging
- Hyperspectral and multispectral imaging systems
| Model Number | M1614-VSW |
| Lens Series | ViSWIR Lite |
| Lens Type | Fixed Focal Length Visible-SWIR Lens |
| Focal Length | 16mm |
| Maximum Aperture | F1.4 |
| Resolution | 1.5MP |
| Image Format | 2/3" |
| Wavelength Range | 400 nm - 1700 nm |
| Supported Sensor Type | Visible + SWIR Sensors |
| Mount | C-Mount |
| Iris Control | Manual Iris |
| Focus Control | Manual Focus |
| Coating Technology | Broadband Anti-Reflection / Multilayer ViSWIR Coating |
| Optical Performance | High Transmission, Low Distortion, Megapixel Clarity |
| Application Type | Single-Band Visible-SWIR Imaging |
| Compatible Applications | Machine Vision, Agriculture, Medical Imaging, Remote Sensing, Industrial Inspection |
| Available Series Focal Lengths | 5mm, 8mm, 12mm, 16mm, 25mm, 35mm, 50mm |
*Specifications are subject to change without notice. Please confirm sensor compatibility, wavelength requirements, working distance, and field-of-view needs before ordering.



