Table Lamps with Gesture Control
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Table Lamps with Gesture Control offer an innovative and hygienic work surface lighting solution, allowing you to control the light without physical contact.
In a modern work environment, where working with tools, drawing, or cooking is frequent, the ability to turn on the lighting with dirty or busy hands is a critical engineering advantage. VIDEX developed table lamps (such as the TF15 series) use a precise dual control system that includes both classic touch control and an advanced infrared (IR) gesture sensor. This technology allows you to turn the 17W power luminaire on or off with a simple hand movement, thereby keeping the device body clean and preventing the wear of mechanical switches. Using the latest generation of SMD diodes, the lamp guarantees an extremely high color rendering index (Ra≥95), which is vitally important for precise visual tasks and reading texts. The closed IC current stabilization circuit ensures a uniform lumen output and completely neutralizes stroboscopic flickering (No Flicker), protecting vision during hours of prolonged concentration.
Technological specifications and usability benefits:
- Contactless control: The integrated infrared sensor detects hand movement above the luminaire, allowing instant lighting management without directly touching the panel.
- Professional optics (Ra≥95): The advanced diode matrix reproduces the natural colors of objects as accurately as possible, making this lamp ideal for architects, designers, and craftsmen.
- Flicker-free technology: The power supply actively absorbs electrical grid voltage fluctuations, eliminating invisible flickering and significantly reducing eye fatigue.
- Ergonomic profile: The adjustable stand and robust base design provide the ability to precisely set the 120-degree light beam directly on the required work area.
Smart and adaptable workspace organization helps maintain high productivity in both home offices and recreational areas. When optimizing the layout of multimedia and visual equipment in the living space and ensuring proper background lighting for screens, stable televisions and TV wall brackets will be an excellent addition to the room setup.
Q: At what distance does the table lamp's infrared motion sensor react for gesture control?
Q: How does Touchless control improve hygiene and safety in a work environment or kitchen?
Q: How is it possible to change the lamp's light intensity (dimming) with a simple hand wave?
Q: Can motion sensor lamps accidentally turn on from pet movements or drafts?
Q: What physical hand gestures are required to switch between different light tones (K)?
A: The infrared (IR) radiation receiver is calibrated to register fluid hand movements at a distance of 5 to 15 centimeters from the sensor surface. This operating range guarantees an accurate and immediate reaction, eliminating the need to physically touch the device housing.
Q: How does Touchless control improve hygiene and safety in a work environment or kitchen?
A: VIDEX gesture control lamps prevent the transfer of bacteria and smudging of the housing if hands are wet, greasy, or busy during the work process. This is critically important in culinary, medical, or craft applications, maintaining the sterility of the workplace and the cleanliness of electrical equipment.
Q: How is it possible to change the lamp's light intensity (dimming) with a simple hand wave?
A: By holding your hand stationary over the IR sensor zone for more than one second, the microchip activates a gradual or fluid reduction in light (Wave Dimming). As soon as the hand is removed, the driver registers and saves the selected lux (lx) level in memory.
Q: Can motion sensor lamps accidentally turn on from pet movements or drafts?
A: The sensor optics are focused on a narrow, vertical detection cone directly above the control panel. Accidental triggering from nearby movements in the room is excluded, as the mechanism requires deliberate registration of body heat and movement at close range.
Q: What physical hand gestures are required to switch between different light tones (K)?
A: The standard interface involves a quick horizontal Swipe movement from left to right across the sensor to cyclically change the color temperature. Thus, in a second, it is possible to switch between 3000K (warm), 4000K (neutral), and 5500K (cold) light spectrums.
