Overview
The amaran Spotlight SE (19° Lens) is amaran’s first projection lens modifier designed to elevate the performance of your amaran 150c or 300c. This compact optical modifier for Bowens Mount point-source fixtures (up to 300W) transforms your light into a powerful spotlight that can extend the reach of your illumination and produce an even, shapeable output.
The Spotlight SE comes with a choice of two lens options - 19° and 36° - allowing you to customize your lighting to suit your needs. With the 19° lens, the Spotlight SE focuses the light output into a tighter beam, resulting in a smaller and brighter illumination circle with further reach. Conversely, the 36° lens provides a larger beam spread, perfect for illuminating wider areas. And, to make sure you can adapt to any situation on the fly, you can easily swap between Spotlight SE's lens options (additional lenses sold separately).
With the internal shutters, you can easily and quickly shape the beam for precision lighting control. For additional shaping capabilities, the Spotlight SE also comes with 15 M-Size Gobo inserts, each one capable of creating a range of interesting lighting shapes, from tree and windowpane to other shapes that can match any scene or environment. And, with the ability to focus your beam, you can create an incredibly diverse selection of lighting designs to take your content creation to the next level.
Features:
- Compact Bowens Mount Projection Lens
- Transform Bowens Mount Point-Source Fixtures Into Spotlight Projectors
- Includes 15 M-Sized Gobo Inserts for Unique Light Projection Shapes
- Custom Precision Optics
- Quick Focus Adjustments
- Even Edge-to-Edge Light Distribution
- Durable All-Metal Construction
- 18-Leaf Iris Accessory Sold Separately
- Compatible with Bowens Mount Point-Source Fixtures Up to 300W
What's in the Box
- Spotlight SE
- 19° Lens
- M-Sized Gobo Holder
- M-Sized Gobos
- Carrying Case
Specifications
Key Highlights
- Shapeable Spotlight
- Universal Bowens Mount
- Easily Cut and Shape Light
- Interchangeable Optics