the smarteye® colorwise™ is the most feature packed color sensor available. designed to work as well as an instrument or spectrometer, this sensor can solve the most diff
the smarteye® stealth-uv™ is a special purpose luminescence sensor designed to detect the presence of invisible fluorescent materials contained in special chalks, inks, p
the smarteye® x-pro xp10 is the highest speed (10µs) dual-function sensor in the world, designed to be a precision registration mark sensor with 5µs repeatabil
the smarteye® x-mark™ is the fastest, most accurate registration mark sensor available on the market. the x-mark™ was designed to target the printing, packaging, an
the smarteye® ez-pro is a high performance, automatic photoelectric sensor that can be adjusted by a single push of a button. as a result, there is no guess work on the part of the operator.
smarteye® mark ii sets the standard in photoelectric sensing. with its unique edr circuit, it is capable of performing sensing tasks most other sensors can´t accomplish.
smarteye® photoelectric sensors feature our unique contrast indicator that provides for precision set-up and performance verification no matter how minute the light-to-dark contrast.
u.s. eye photoelectric sensors at "lower than limit switch" prices. these self-contained, easy-to-use sensors are available in a wide variety of sensing models to fit virtually any application.
ez-eye™ miniature photoelectric sensors offer a very affordable one-button solution that is ez to align and ez to adjust. optimized for a variety of automated machine control applications.
the smarteye® mark iii is the "first" high performance photoelectric sensor in a miniature size that you can use anywhere for any task...including your toughest industrial sensing applications.
opti-eye® photoelectric sensors are rugged, cost effective, general purpose sensors. they provide a miniature sized, easy to use, versatile waterproof combination of high reliability.
mity•eye® miniature photoelectric sensors provide the same features and benefits of large, expensive sensors... at an affordable price. interchangeable solid "optical gra
tiny•eye® miniature photoelectric high speed sensors fill the need for a standard "low cost" miniature dc-powered sensor with the flexibility to perform a multitude of in
the retrosmart™ retroreflective sensor is optimized to detect clear/translucent containers and shiny objects from the leading edge to the trailing edge without false signals.
the smarteye® x-pro xpc is the most versatile photoelectric communication sensor available on the market. this unique photoelectric sensor is used in where physical contact of the sensor.
the label•eye™ is a photoelectric sensor designed specifically to sense a large variety of adhesive labels. since the label•eye™ is an automatic one-touch s
smarteye® light sources and receivers were specifically designed to perform beam break or thru-beam sensing tasks where the material or container is dense.
smarteye® colormark™ ii sets the standard in registration mark sensing. with its edr circuit combined with unique color perception, it is able to meet the demands for pre
fiber optic light guides are flexible and robust, making them ideal for harsh environments, and small spaces. they are resistant to high temperature, vibration, condensation and corrosion.
mini fiber optics have a smaller o.d. than our standard glass fibers, but have the same robust features; a stable and reliable solution in harsh environments, and ideal for small spaces.
plastic fiber optic light guides are a flexible, low cost, cut-to-length option that may be used in environmentally friendly applications. plastic fibers should be used only with visible light.
our modular controls range from simple power supplies to more cmoplex inspection systems. these controls are easy to setup, simple to install and maintain, yet innovate in function
fs fork sensorthe fs fork sensor is simple to use. the metallic housing is ultra rugged and comes in a wide range of gap sizes. the fork style design is easy to align and simple to adjust.