The Aerre Inox Pinch Valve is a hygienic, high-precision flow control solution designed for single-use tubing systems across pharmaceutical, food & beverage, dairy, cosmetics, and fine-chemical production. Built from AISI 316L stainless steel and engineered with a centrally positioned pinch mechanism, the valve delivers reliable sealing, accurate flow regulation, and long-term performance—even after repeated cycling.

With fast, tool-free tube installation and compatibility with both standard and braided tubing, the valve integrates easily into modern sanitary process lines. Interchangeable manual and pneumatic actuators allow OEMs, system designers, and processors to tailor the valve to their automation level and plant layout. Optional brackets and a limit switch box further support quick installation and improved system monitoring.

Compact, hygienic, and designed for demanding environments, the Aerre Inox Pinch Valve provides a dependable, contamination-free solution for single-use transfer lines, dosing applications, sampling systems, and flexible production setups.

Key Features

• Hygienic design with isolated flow path — product remains fully inside the tubing, eliminating contamination risk.

• Centrally engineered pinch mechanism for consistent sealing and repeatable flow control across many cycles.

• AISI 316L stainless steel construction for durability, corrosion resistance, and sanitary performance.

• Fast, tool-free tubing installation suitable for high-changeover and single-use environments.

• Supports standard and braided tubing from 6.4 mm (¼”) to 25.4 mm (1″) ID.

• Interchangeable actuators including manual, compact pneumatic, and panel-mount pneumatic options.

• Optional mounting brackets for simplified integration onto process equipment.

• Optional limit switch box for actuator position feedback in automated systems.

• Low maintenance requirements thanks to robust materials and simple mechanics.

• Ideal for pharmaceutical, F&B, dairy, cosmetics, and fine-chemical processing where hygiene and flexibility are critical.