Precisely Aluminum Alloy C to Lens Adapter Rings for Industrial Cameras and Machine Viewing Systems Applications Mount Programming Processor
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€ 7.89 |
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€ 7.89 |
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Description
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Precisely 5mm Compensation: Designed with C to interfaces flange distance difference, this adapter ensures perfect focus alignment when mounting C mount lenses to mount cameras, sharply images without offset Wide Compatibility: Works seamlessly with 25.3Mm C mount microscopes, industrial cameras, and surveillances module, converting mount bodies to C mount lens while extending focal length Double Interfaces Solution: Enables both C to conversion for compatibility correction and C to C mounting for focal length extension, ideal for scientific, industrial, and photographic equipment setups Precisely Metal Construction: Made from machined aluminum alloy with standardized threading, it ensures excellent concentricity and flatness for optimal lens sensors alignment and edges to edges claritys Matte Black Finish: Features antireflective internal coating to minimize light, reducing flares and ghosting for enhanced images contrast in high light environments like machine viewing applications
Precisely 5mm Compensation: Designed with C to interfaces flange distance difference, this adapter ensures perfect focus alignment when mounting C mount lenses to mount cameras, sharply images without offset Wide Compatibility: Works seamlessly with 25.3Mm C mount microscopes, industrial cameras, and surveillances module, converting mount bodies to C mount lens while extending focal length Double Interfaces Solution: Enables both C to conversion for compatibility correction and C to C mounting for focal length extension, ideal for scientific, industrial, and photographic equipment setups Precisely Metal Construction: Made from machined aluminum alloy with standardized threading, it ensures excellent concentricity and flatness for optimal lens sensors alignment and edges to edges claritys Matte Black Finish: Features antireflective internal coating to minimize light, reducing flares and ghosting for enhanced images contrast in high light environments like machine viewing applications