Blab Tech
Kyptec Automation Expands High-Resolution Lens Portfolio to 5 MP, 10 MP and 25 MP for Industrial Cameras
Kyptec Automation, a prominent Indian maker of machine‑vision optics, announced on September 12 2026 that it has broadened its lens lineup to include dedicated families for 5‑megapixel (MP), 10‑MP and 25‑MP industrial camera systems.
The new families bring 31 additional products to a catalog that already spans multiple optical resolution classes. Built around a range of focal lengths and sensor formats, they give engineers a structured set of options for 2/3‑inch, 1‑inch and 1.1‑inch sensors.
"Higher camera resolution is valuable only when the optical system is capable of delivering the detail the sensor is expected to capture," said Nitin Aggarwal, co‑founder and CEO of Kyptec Automation. "Our 5 MP, 10 MP and 25 MP lens families are designed to give OEMs and system integrators multiple optical classes so they can select according to sensor format, required field of view, working distance and inspection detail."
The 5‑MP family targets 2/3‑inch sensors and includes focal lengths of 8 mm, 12 mm, 16 mm, 25 mm and 35 mm. These lenses allow engineers to match inspection resolution, sensor format and machine geometry without over‑specifying optics.
For higher‑resolution systems, the 10‑MP family serves both 2/3‑inch and 1‑inch sensors. Kyptec notes that megapixel count alone does not determine lens suitability; sensor dimensions influence image circle requirements and field of view, while pixel size affects the level of detail that can be sampled.
The 25‑MP family is aimed at the larger 1.1‑inch format and offers focal lengths of 8 mm, 12 mm, 16 mm, 25 mm, 35 mm and 50 mm. A representative lens pairs a 25‑mm focal length with 1.1‑inch coverage, illustrating how Kyptec aligns optical resolution, focal length and sensor format within defined product families.
Kyptec emphasizes that a structured approach is essential because industrial imaging systems demand larger fields of view and finer defect detection. The company explains that increasing camera resolution can improve sampling only when the selected lens preserves adequate detail across the required image area. Lens resolution, sensor format, optical contrast, distortion, aperture, depth of field, working distance and illumination must therefore be considered together.
Lens selection increasingly begins through digital research. Engineers often need to compare focal length, megapixel capability, sensor size, C‑mount compatibility, field of view, working distance, image circle and optical resolution before contacting a supplier. Clear specification relationships help buyers determine whether a lens matches the camera and whether the selected resolution class is appropriate for the smallest feature the imaging system must reproduce.
The expanded portfolio supports Kyptec’s broader strategy of building specialist authority in machine‑vision optics and industrial imaging technology. By offering clearly differentiated resolution families across multiple focal lengths and sensor formats, the company aims to strengthen its ability to support OEMs, system integrators and machine builders that require precision optics for repeatable industrial camera systems.
Kyptec also indicated plans to deepen its optical portfolio around engineering factors that ultimately determine useful image quality, including sensor compatibility, resolution, contrast, field of view and reliable optical performance.
The announcement was issued by Kyptec Automation, a unit of B.B. Group of Companies, through its website and a press release distributed by VMPL. Contact information for the company is available on its website.
The expansion comes as camera sensors continue to move toward greater resolution, smaller pixels and more demanding optical performance. Kyptec’s structured lens families provide a systematic framework for matching optics to camera architecture and inspection requirements, potentially simplifying standardization across machine platforms and improving documentation, procurement consistency and future machine revisions.
The company’s focus on detailed technical information and clear specification relationships reflects a broader industry trend toward data‑driven lens selection. As industrial imaging systems grow more complex, the ability to match lens performance to sensor capabilities will remain a critical factor for OEMs and integrators.
The press release was dated September 12 2026 and noted that it was an advertisement provided by VMPL. No independent verification of the claims was reported.
The new families bring 31 additional products to a catalog that already spans multiple optical resolution classes. Built around a range of focal lengths and sensor formats, they give engineers a structured set of options for 2/3‑inch, 1‑inch and 1.1‑inch sensors.
"Higher camera resolution is valuable only when the optical system is capable of delivering the detail the sensor is expected to capture," said Nitin Aggarwal, co‑founder and CEO of Kyptec Automation. "Our 5 MP, 10 MP and 25 MP lens families are designed to give OEMs and system integrators multiple optical classes so they can select according to sensor format, required field of view, working distance and inspection detail."
The 5‑MP family targets 2/3‑inch sensors and includes focal lengths of 8 mm, 12 mm, 16 mm, 25 mm and 35 mm. These lenses allow engineers to match inspection resolution, sensor format and machine geometry without over‑specifying optics.
For higher‑resolution systems, the 10‑MP family serves both 2/3‑inch and 1‑inch sensors. Kyptec notes that megapixel count alone does not determine lens suitability; sensor dimensions influence image circle requirements and field of view, while pixel size affects the level of detail that can be sampled.
The 25‑MP family is aimed at the larger 1.1‑inch format and offers focal lengths of 8 mm, 12 mm, 16 mm, 25 mm, 35 mm and 50 mm. A representative lens pairs a 25‑mm focal length with 1.1‑inch coverage, illustrating how Kyptec aligns optical resolution, focal length and sensor format within defined product families.
Kyptec emphasizes that a structured approach is essential because industrial imaging systems demand larger fields of view and finer defect detection. The company explains that increasing camera resolution can improve sampling only when the selected lens preserves adequate detail across the required image area. Lens resolution, sensor format, optical contrast, distortion, aperture, depth of field, working distance and illumination must therefore be considered together.
Lens selection increasingly begins through digital research. Engineers often need to compare focal length, megapixel capability, sensor size, C‑mount compatibility, field of view, working distance, image circle and optical resolution before contacting a supplier. Clear specification relationships help buyers determine whether a lens matches the camera and whether the selected resolution class is appropriate for the smallest feature the imaging system must reproduce.
The expanded portfolio supports Kyptec’s broader strategy of building specialist authority in machine‑vision optics and industrial imaging technology. By offering clearly differentiated resolution families across multiple focal lengths and sensor formats, the company aims to strengthen its ability to support OEMs, system integrators and machine builders that require precision optics for repeatable industrial camera systems.
Kyptec also indicated plans to deepen its optical portfolio around engineering factors that ultimately determine useful image quality, including sensor compatibility, resolution, contrast, field of view and reliable optical performance.
The announcement was issued by Kyptec Automation, a unit of B.B. Group of Companies, through its website and a press release distributed by VMPL. Contact information for the company is available on its website.
The expansion comes as camera sensors continue to move toward greater resolution, smaller pixels and more demanding optical performance. Kyptec’s structured lens families provide a systematic framework for matching optics to camera architecture and inspection requirements, potentially simplifying standardization across machine platforms and improving documentation, procurement consistency and future machine revisions.
The company’s focus on detailed technical information and clear specification relationships reflects a broader industry trend toward data‑driven lens selection. As industrial imaging systems grow more complex, the ability to match lens performance to sensor capabilities will remain a critical factor for OEMs and integrators.
The press release was dated September 12 2026 and noted that it was an advertisement provided by VMPL. No independent verification of the claims was reported.
