RigWheels: PTZ Camera Isolator Launched

RigWheels: PTZ Camera Isolator Launched

RigWheels has launched the T-Zero Vibration Isolator, a new device designed to enhance the performance of professional PTZ cameras by significantly reducing vibration.

This product adds to the existing line of anti-vibration mounts from RigWheels, offering more versatile installation and setup options.

Technology and Design

The T-Zero Vibration Isolator incorporates advanced engineered components specifically for isolating vibrations. This improvement is crucial for PTZ cameras used in locations prone to structural vibrations, such as places of worship, live event venues, or buildings affected by HVAC systems. The isolator is optimized for cameras weighing between 8 to 12 pounds, with additional weights available for lighter cameras.

Enhanced Features for Modern Cameras

As PTZ cameras become more popular and incorporate longer zoom lenses, they are increasingly susceptible to vibrations. The T-Zero isolator addresses this with a design that includes over 30 new isolation components, which are effective in minimizing, if not completely eliminating, the impact of vibrations.

Key Features
  • Superior vibration isolation
  • Compatible with wall and ceiling mounts
  • New “Camera On Top” configuration option
  • Usable with tripods and light-stands
  • Supports cameras up to 12 pounds
  • High-quality components manufactured in the USA
Pricing and Availability

The PT-Zero Vibration Isolator is available for a starting price of $599 USD. Customers can purchase it directly from the RigWheels website or through authorized dealers. The product is available with a variety of mounting brackets, and initial orders are expected to ship within 2-3 weeks.

News source: https://www.rigwheels.com/pt-zero-vibration-isolator-for-ptz-cameras

Get The TKT1957 Tech Newsletter

Tech brief:

- Reviews

- Comparative analysis

- News of technologies and software solutions

We don’t spam!

Subscribe
Notify of
guest

0 Comments
Oldest
Newest Most Voted
Inline Feedbacks
View all comments