Point the LED lights towards the area where a camera is suspected. Look through the lens and slowly scan the room. If you see a pink or red dot blinking back at you, that is the iris of the hidden camera lens.

​Detection Frequency Range: 1MHz-6.5GHzAntenna Length: 23mm collapsed, 90mm extendedBattery: Built-in 3.7V 500mACurrent Consumption: 100mACharging Voltage: 5-6VDC

Turn off authorized signals such as WiFi routers, cordless phones, cell phones, and Bluetooth devices to prevent or minimize false-positive signal detections.

Karen Holst, Senior Product Manager for Medical at SCHOTT Lighting and Imaging, explains how high performance fibers efficiently bring light to the right place in or on the human body.

The news is rife with stories these days about people’s personal privacy being invaded in public places such as changing rooms, hotel rooms, gym locker rooms, and more. You don’t have to be the next victim with the Camera Finder With RF Detector slipped in your pocket everywhere you go.

SCHOTT’s collection of KL Fiber Optic Light Sources offers a broad choice of controllable illumination for all areas of stereo microscopy. It combines homogenous light with long LED lifetime and ergonomic design for maintenance-free operation. A series of compatible light guides plus a vast range of options and accessories means that we offer complete lighting solutions for all applications.

Combining the high light output of SCHOTT’s light sources with our light guides offers significantly higher intensities compared to direct LED light. With our KL 2500 LED model, intense lighting for magnifications over 30x is possible.

Our light sources are available in a number of models, each with their own set of properties and features to give you the widest choice of intensity, options and accessories. Whether it’s the compact KL 300 LED or the powerful KL 1500 HAL for color-critical applications, high performance comes as standard across the range.

The built-in rechargeable lithium battery is capable of holding a charge for up to 5 hours of continuous use. This, combined with the retractable telescoping antenna and incredibly compact handheld design, make the Camera Finder with RF detector the most portable countersurveillance tool to take with you on all of your travels.

SCHOTT’s collection of fiber optic light sources combined with our broad range of light guides that use PURAVIS® glass fibers offer high levels of flexibility and light quality. Taken with our specialist light guides such as line lights, our illumination portfolio provides solutions for all set-ups.

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A scan of the room through the viewfinder of this clever detector makes all camera lenses, no matter how well hidden, easily visible within a large range from 3 inches to 30 feet away. Use the radio frequency detection feature to locate other surveillance devices such as listening devices or audio bugs, or any others that transmit using a radio signal. Once detected, the Camera Finder With RF Detector can alert you either visually, audibly, or via vibration, allowing you to use the precise amount of discretion you need. An adjustable detection sensitivity feature then allows you to hone in on a located device to pinpoint its exact location for disabling or removal.

​Detection Frequency Range: 1MHz-6.5GHzAntenna Length: 23mm collapsed, 90mm extendedBattery: Built-in 3.7V 500mACurrent Consumption: 100mACharging Voltage: 5-6VDC

In The BoxDetector/Camera Lens FinderChargerManual Special Feature: Compact camera lens and radio frequency detector for finding devices up to 30 ft away Dimensions: 2.18" x 1.25" x 4.06" Power: Built-in 3.7V 500mA Battery Transmission: Detection Frequency Range: 1MHz-6.5GHz Service: No monthly fee ​Detection Frequency Range: 1MHz-6.5GHzAntenna Length: 23mm collapsed, 90mm extendedBattery: Built-in 3.7V 500mACurrent Consumption: 100mACharging Voltage: 5-6VDC

Thoroughly cover the area by moving the detector across all walls and surfaces to any accessible ceilings, floors, power outlets, computer connections, and telephone jacks as these are likely places for hidden transmitters and bugs. If alerted to an RF signal, move the detector away until the alert stops, then gently adjust the sensitivity of the detector down before scanning the area again. Repeat until the origin of the RF signal can be pinpointed close enough for physical inspection.