SPECIAL ORDER
This small size complete Eflect kit has one of each available 8"x8" multi-mirror reflectors. It is the only kit of its kind. This complete collection allows presses the creative boundaries with Eflect looks for every color and blend available in any Eflect size. From simple silver looks to highly saturated cosmic color blends, this kit is a chameleon. It comes with a flexible cold shoe mount arm which, like its reflector, bends to quickly direct the surface to the desired zone. The DEFPB case is lightweight and protects each reflector in individual sections. The Eflects are great for detailing splashes of warped and scattered light on backdrops or over a tabletop!
Add the optional bracket 0CADLSASHOE to adapt the shoe mount to a 5/8" (16mm) pin receptacle.
KIT INCLUDES:
- DEFRB-MS1 - 8" Silver Eflect with small 0.25" grid squares
- DEFRB-MS2 - 8" Silver Eflect with medium 0.4" grid squares
- DEFRB-MG1 - 8" Gold Eflect with small 0.25" grid squares
- DEFRB-MZSG1 - 8" Gold & Silver blend Eflect with 0.25" grid squares
- DEFRB-MZSG2 - 8" Gold & Silver blend Eflect with 0.4" silver and 0.25" gold grid squares
- DEFRB-MTB1 - 8" Tropical Blue Eflect with 0.25" grid squares
- DEFRB-MTO1 - 8" Tropical Orange Eflect with 0.25" grid squares
- DEFRB-MZTOB1 - 8" Tropical Blue Orange blend Eflect with 0.25" grid squares
- 0CADLFAS - 15" long Bendable arm with cold shoe
- DEFPB - Small Eflect protective pouch (up to 8 reflectors)
NOTE - older model numbers of Small Eflect started with DEFRCS...
SUGGESTIONS:
- Use the DLA416 stand adapter to mount the light with the reflector and 0CADLFAS arm on the same stand.
- Use the 0CADLSASHOE to adapt the shoe mount to a 5/8" pin receptacle.
- Use a 0CANANOJNT38 - Nano knee joint with shoe & 3/8" dia rod 5" long (3/8" male threads) for precise positioning.
- Create a breakout or array of reflectors using multiple DLA416 adapters stacked on one another.
- These reflectors work best with dedolight DLED focusing lights considering the focusing ability and distance you can create from the light source to the reflector. Focusing the light and the distance from the light to the reflector all change how the reflection can look.