LENS VS. REFLECTOR

MAX FRANKE aims to direct all of the light from a lamp onto the target area, the goods. We achieve this with our lens lights. The lens captures the light and directs it efficiently onto the target area.

Explanation

  • Direct light: With the reflector, a large part of the light emerges directly from the luminaire without being deflected by the reflector.
  • When using the lens, all of the light is directed through the lens.
  • Most of the lenses used by MAX FRANKE are rotationally symmetrical TIR lenses.

Explanation

  • The direct light from the reflector lens shines past the target area.
  • The lens bundles the light and directs it onto the target area.
  • The efficiency of the lens lamp is thus significantly better.

Explanation

  • The direct light component of the reflector luminaire causes a relatively hard shadow edge.
  • The light path of the lens lamp is more harmonious.

LENS VS. REFLECTOR

MAX FRANKE aims to direct all of the light from a lamp onto the target area, the goods. We achieve this with our lens lights. The lens captures the light and directs it efficiently onto the target area.

Explanation

  • Direct light: With the reflector, a large part of the light emerges directly from the luminaire without being deflected by the reflector.
  • When using the lens, all of the light is directed through the lens.
  • Most of the lenses used by MAX FRANKE are rotationally symmetrical TIR lenses.

Explanation

  • The direct light from the reflector lens shines past the target area.
  • The lens bundles the light and directs it onto the target area.
  • The efficiency of the lens lamp is thus significantly better.

Explanation

  • The direct light component of the reflector luminaire causes a relatively hard shadow edge.
  • The light path of the lens lamp is more harmonious.

ADDED VALUE THROUGH LIGHT CONTROL

In the LED age, the subject of lighting control is becoming increasingly important and offers a wide variety of areas of application:

Light-
control systems

  • Lighting control systems, e.g. They can be operated using a tablet, for example, and enable programmed lighting scenarios to be called up on site at the touch of a finger, in order to adapt the light to different uses, e.g. events.

Human Centric
Lighting

  • White light with changing color temperature and intensity depending on the time of day
  • Adapted to the human biorhythm.

Motion
dependent control

  • The light changes as you walk by.
  • This can generate more attention in the shop.
  • In the warehouse, unused areas are dimmed down, thus saving energy costs.

Heatmapping

  • Light control system with heat mapping: an infrared detection system that detects customer flows on the sales floor

Beacons

  • Small transmitters (so-called beacons) deliver up-to-date information to the cell phones in the area, provided their owners have given their consent.
  • It can e.g. B. Data on sales promotions or locations are sent to the end-users’ smartphones.

APPLICATION EXAMPLES LIGHT CONTROL

Industry

Warehouse with motion detectors

Office

Daylight control / Human Centric Lighting

Restaurant / lounge

Color control for the right ambience

Retail

Beaconing with information for end customers

SCENE LIGHTING IN CHANGING ROOMS