Master Airbrush 6-Way Metered Airbrush Manifold - Individual Airflow Control - 1/4" BSP Inlet, 6x 1/8" BSP Outlets

Elevate your airbrushing command with the Master Airbrush 6-Way Metered Airbrush Manifold. This advanced splitter allows you to not only divide your air supply up to three ways but also gain individual air pressure control over each connected airbrush. Equipped with a 1/4" BSP female inlet and six 1/8" BSP male outlets, this manifold provides versatile connectivity. Each air outlet features its own air regulation valve knob, empowering you to customize pressure precisely for varied spraying techniques and consistent outcomes. An included 1/4"" to 1/8"" BSP air inlet conversion adapter further expands its hose compatibility. This manifold attaches to airbrush hoses with 1/8" BSP size fittings, offering broad compatibility for Master Airbrush and many common brands. It streamlines your workflow by enabling simultaneous operation of multiple airbrushes, each with its tailored pressure settings. Achieve enhanced precision and efficiency in your projects. This metered manifold is an essential addition for artists and professionals seeking detailed control and increased productivity across diverse airbrushing tasks.

• Individual Airflow Regulation: Each of the three air outlets features its own control valve knob, allowing you to customize air pressure for each connected airbrush.
• Multi-Airbrush Efficiency: Split your air supply up to six ways, enabling the simultaneous operation of multiple airbrushes from a single compressor hose.
• Broad Thread Compatibility: Features a 1/4" BSP female inlet and six 1/8" BSP male outlets. Includes a 1/4" to 1/8" BSP inlet fitting for versatile hose connections.
• Enhanced Precision: Gain exact control over air pressure to each airbrush, crucial for varied spraying techniques and consistent outcomes across projects.
• Streamlined Workflow: Manage diverse airbrush tasks more efficiently by pre-setting pressures for each tool, minimizing interruptions and maximizing creative flow.