The Aputure Spotlight Max ETC Adapter (AP-6971842186785) is a robust all-metal accessory that enables compatibility between the Aputure Spotlight Max projection modifier and standard/EDTL ETC Source Four projection lenses, expanding beam angle options (including specialty narrow angles like 5°) for use with modern high-output…
The Aputure Spotlight Max ETC Adapter (AP-6971842186785) is a robust all-metal accessory that enables compatibility between the Aputure Spotlight Max projection modifier and standard/EDTL ETC Source Four projection lenses, expanding beam angle options (including specialty narrow angles like 5°) for use with modern high-output Bowens Mount LED fixtures, offering greater versatility and the ability to repurpose existing ETC optics with LED benefits like dimmability and color tunability.
The Aputure Spotlight Max ETC Adapter is an optional all-metal projection lens adapter designed specifically for the Spotlight Max, a high-performance Bowens Mount projection modifier compatible with powerful Aputure lights such as the LS 600d Pro, LS 1200d Pro, Electro Storm CS15, and XT26. This adapter allows users to mount legacy ETC Source Four standard and Enhanced Definition Lens Tube (EDTL) projection lenses onto the Spotlight Max body, unlocking a broader range of beam angles—including specialty options like 5°, 10°, and up to 50°—that go beyond the native 19°, 36°, and 50° Aputure lenses. By bridging traditional theatrical ETC optics with contemporary LED technology, it enables filmmakers and lighting technicians to achieve precise light shaping, gobos, and patterns while benefiting from LED advantages such as full dimming, color tunability, lower heat output, and energy efficiency—features not available with traditional tungsten or HMI sources. The adapter's durable construction ensures secure attachment, and its compact design allows it to fit within the Spotlight Max's rolling hard case for easy transport. Ideal for professionals with existing ETC lens inventories, this adapter maximizes investment and on-set flexibility without compromising optical performance.
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