[WIDELY USED]: This bowens mount snoot has high-quality metal material and high temperature resistant double lens plus 60mm metal lens, Bowens Mount design with heat sink, specially designed for LED lights, the highest power can be applied to 300w Aputure or Godox LED

[CASUAL CREATION ]:Gobos and color gel can be used together or alone to achieve special light effects, the projection is adjustable, suitable for photographers shooting portraits and products and for film and television shooting.

[PORTABLE & LIGHTWEIGHT]:This snoot is small in size (Height 10.2cm/4 inches; Diameter 14.8cm/5.8inches), light in weight (only 540g/1.2pounds), and has the same function as a large snoot

[BUILT-IN BRIGHTNESS ENHANCING LENS]Double lens design will increases the projection brightness by 3.5 times. Solve the problem of projection dark Angle.

[KIT INCLUDE]: 1*Optical snoot with Bowens speedring,1*WELLMAKING lens,1*Gobo holder, 6*Stainless Steel Gobos, 4*color gel(red/yellow/green/blue)

Structure

Canon EF-mount: optical snoot is designed with Canon EF-mount. Different lens used on will have different projection effects.

Magnetic designed Gobo clip makes you easy to place it in or remove it, multiple graphics effects. 

The updated circular Gobo clip is for 360° rotation, extra convenient to flexibly change the Gobo direction.

Product Size and Weight

Size: Height 21.5cm (8.5 inches), Diameter 14cm (5.5 inches)

Net weight:1.1kg (2.4 pounds)

Bowens Mount

This model of optical snoot is designed with Bowens mount, which can be used on any LED lights with Bowens mount. 

It is the most smallest size optical snoot in present market, super portable and easy to carry.

High temperature resistant

It can be used with big-powered LED constant lights up to 600W. 

It is intelligently designed to withstand high temperatures, without risk of the snoot overheating or damage the internal glass lens, it is a well-structured design. 

It could be used on portable LED lights such as HL-400, HL-800 LED Light etc.

The performance is maximized by using the optical snoot and the lens.