Skip to content
-
-
- Copy Stands and Lighting Equipment, R1 System
-
- Consisting of two vertical arms, each with crossbar and clamp base. Flash/Light Fixtures (5581), for example, can be attached to the lamp arms, which are adjustable in height and angle. These flash/light fixtures are suitable for fastening conventional flashes and lights with accessory foot or 1/4” mounting thread. Vertical arms with height markings, tiltable with detents. Mounted with strong cast…
- Read more
-
-
- Copy Stands and Lighting Equipment, R1 System
-
- LED daylight lighting unit with two light banks for even and soft illumination. Emitted light has absolutely no IR and UV content. DC operation provides for flicker free light without residual ripple. Each light equipped with 161 selected white SMD LEDs. Lights can be dimmed separately or in conjunction. Incl. removable diffusing cover (5466). Lights can be tilted, swiveled and…
- Read more
-
-
- Copy Stands and Lighting Equipment, R1 System
-
- Daylight-type LED lighting unit with two PL 40D soft lights, each 40 watts, for even and soft illumination. Dimmable. Vertical arms with 20 x 20 mm (0.8 x 0.8 in.) cross section and strong cast aluminum clamp bases.
- Read more
-
-
- Copy Stands and Lighting Equipment, R1 System
-
- LED daylight lighting unit with thermo-management, consisting of two light banks for even and soft illumination. The efficiency of LEDs is much higher than that of conventional light sources. However, because LEDs also convert energy into heat, a thermal management system is necessary for optimal reproducibility, as otherwise both brightness and color temperature would change as the temperature rises. The integrated…
- Read more
-
-
- Copy Stands and Lighting Equipment, R1 System
-
- ED daylight lighting unit with thermo-management, consisting of two light banks for even and soft illumination. The efficiency of LEDs is much higher than that of conventional light sources. However, because LEDs also convert energy into heat, a thermal management system is necessary for optimal reproducibility, as otherwise both brightness and color temperature would change as the temperature rises. The integrated…
- Read more