The LensVector lens is a liquid crystal, controllable lens that allows the beam from a luminaire to be dynamically shaped. It’s no longer necessary to change bulbs or reflectors to set a new scene or create drama and emotion.

LensVector’s S2F Series enables Dynamic Beam Shaping between a 15-degree spot and a 35-degree flood. The M2M Series enables a beam angle range of less than 10 and greater than 50 degrees. Both series are available with clear apertures of 35mm, 44mm, 48mm, and 65mm.

Benefits of Dynamic Beam Shaping

  • Light can be easily shaped electronically without changing the fixture or using ladders to replace lenses and diffusers.
  • The technology works with virtually any directional light source, and any control system and wired or wireless communications including: 0-10V, DALI, DMX, Bluetooth, etc.…

LensVector technology adds value and functionality for the manufacturer, the designer and, ultimately, end-users.

LensVector Product Data Sheets

S2F Series Datasheet

M2M Series Datasheet

How it Works

Liquid crystal materials are widely used in projectors and LC Displays (LCDs). Despite their confusing names, liquid crystals are not crystals floating in a liquid, they are elongated molecules that are naturally aligned in the same direction. The LensVector lens is composed of two glass substrates separated by spacers and sealed to contain the liquid crystal material, essentially forming a liquid crystal sandwich. When an electric field is applied to the lens, the liquid crystal molecules change orientation and cause light passing through the lens to be refocused. By managing the electrical field and the orientation of the liquid crystal molecules, it is possible to shape the beam of light.

Controlling the Lens

The LensVector lens is control system agnostic. The control solution can be wired or wireless and can utilize any of the common protocols including Bluetooth, DALI, 0-10V etc… An android or IOS app, like those from Casambi, can be used to adjust the beam size on-demand.

Power requirements are minimal and easily supplied by today’s drivers. Like other functions, including dimming, CCT tuning, etc., control functionality is required in addition to power. There are two common designs for providing this functionality.

The first option uses a power transformer to feed DC power to both the LED Driver and the Lens Function (or dimming or CCT tuning). From the combined driver/function ‘box’ power and control signals are sent to the LED and lens.

The lens function provides the correct variable amplitude square wave (VASW) that is used to control the focus and the lens’ dynamic beam shaping.

The second option utilizes a power supply that is integrated with the LED Driver and Lens Function. This is the design commonly supplied by companies including TCI, Tridonic, Osram, and Meanwell and simply incorporates the power supply with the driver and lens function.