Designed to wrap perfectly around tube lights, these grids keep their shape and block unwanted spill, even in dynamic setups or tight spaces.
SNAPGRID® 40° RR100 DOUBLE RAINBOW - for Quasar Science
Controlled softness for modern tube lights. Tubes offer a unique lighting aesthetic - but when you need to shape and direct the light, SNAPGRIDS® are the ideal solution. Tailored to tightly fit the tube, these lightweight fabric grids mount directly and give you full control without changing the character of the light. Designed to wrap perfectly around tube lights, these grids keep their shape and block unwanted spill, even in dynamic setups or tight spaces. Setup is a breeze with simple hook-and-loop fasteners that attach directly to the tube. No extra hardware or tools are required.
- No tummy. Always tight.
- No hassle. Incredibly simple and quick to install
- No wearout. Extremely durable.
- Choose from different beam angles
267.00 $ (net)
| Product Number | SGLP100RR40 / 929-0216 |
| Description | fits directly on Quasar Science RR100 Double Rainbow including carry bag |
| Mounting | Direct Fit SNAPGRID for Tubes |
| Installed | 110 x 10 x 9.5 cm / 0.5 kg 43.3 x 3.9 x 3.7 in / 1.2 lb |
Direct your light
SNAPGRID® FOR TUBES
No Spill. No Hassle. No Bulk.
- No spill.
- No hassle.
Setup is a breeze with simple hook-and-loop fasteners that attach directly to the tube. No extra hardware or tools required.
- No bulk.
SNAPGRID® add virtually no size to your tube setup - making them ideal for rigging, handheld use, or tight locations. BILD
Technical Specifications
SNAPGRID® - 40° RR100 DOUBLE RAINBOW
Product Number
SGLP100RR40 / 929-0216
Description
fits directly on Quasar Science RR100 Double Rainbow including carry bag
Items Included
including SNAPGRID® and Carry Bag
Mounting
Degree
40°
Installed
L x W x H
L x W x H
110 x 10 x 9.5 cm / 0.5 kg
43.3 x 3.9 x 3.7 in / 1 lb
43.3 x 3.9 x 3.7 in / 1 lb
Packed
L x W x H
L x W x H
66 x 13 x 7 cm / 0.6 kg
26 x 5.1 x 2.8 in / 1.2 lb
26 x 5.1 x 2.8 in / 1.2 lb
Instructions & Safety
Patent
US8014654, US20100124068 and others
