Suporte de ventosa Avenger com espigão de 16mm

The Avenger Suction Cup Mount with 16mm Spigot is a professional-grade vacuum mounting solution designed for secure attachment of lighting fixtures, cameras, and accessories to smooth, non-porous surfaces. Featuring a 150mm diameter high-grade rubber suction cup and a lever-actuated vacuum release mechanism, this mount provides reliable hold with a maximum payload capacity of 2 kg. The integrated red line vacuum loss indicator ensures safety by alerting users to any loss of suction. The 16mm (5/8") male spigot is compatible with standard grip heads and accessories, making it an essential tool for studio and location work.

Advantages

Heavy-duty construction with aluminum and steel components ensures durability and longevity. The lever-actuated release allows for quick and easy attachment and removal, while the red line indicator provides peace of mind during use. Its compact design and high holding power make it ideal for a variety of professional applications.

Suitable for

• Mounting lighting fixtures on smooth surfaces
• Securing cameras and accessories in studio or on location
• Attaching grip heads and other standard accessories with 16mm spigot

Key specifications

• Product Type: Suction Cup Mount
• Mounting Mechanism: Vacuum Suction
• Attachment Point: 16mm (5/8") Male Spigot
• Suction Cup Diameter: 150 mm
• Maximum Payload Capacity: 2 kg
• Material (Cup): High-Grade Rubber
• Material (Body/Spigot): Aluminum / Steel
• Release Type: Lever-Actuated Vacuum Release
• Safety Indicator: Red Line Vacuum Loss Indicator
• Spigot Type: Fixed, Male
• Spigot Length: Approx. 60 mm
• Compatibility: Standard Grip Heads, Lighting Fixtures, Camera Accessories
• Color: Black
• Intended Use: Professional Photo/Video Studio & Location Work
• Construction: Heavy-duty, Professional Grade

Recommendations

For optimal performance, use on clean, smooth, non-porous surfaces. Ensure the red indicator is not visible before each use. This mount is not recommended for porous or textured surfaces.