At the heart of Alicat’s LC-Series liquid flow controllers is an internally compensated, laminar differential pressure measurement technology that yields linear results over a wide flow range.

At the heart of Alicat’s LC-Series liquid flow controllers is an internally compensated, laminar differential pressure measurement technology that yields linear results over a wide flow range.

At the heart of Alicat’s LC-Series liquid flow controllers is an internally compensated, laminar differential pressure measurement technology that yields linear results over a wide flow range.

At the heart of Alicat’s LC-Series liquid flow controllers is an internally compensated, laminar differential pressure measurement technology that yields linear results over a wide flow range.

At the heart of Alicat’s LC-Series liquid flow controllers is an internally compensated, laminar differential pressure measurement technology that yields linear results over a wide flow range.

At the heart of Alicat’s LC-Series liquid flow controllers is an internally compensated, laminar differential pressure measurement technology that yields linear results over a wide flow range.

At the heart of Alicat’s LC-Series liquid flow controllers is an internally compensated, laminar differential pressure measurement technology that yields linear results over a wide flow range.

At the heart of Alicat’s LC-Series liquid flow controllers is an internally compensated, laminar differential pressure measurement technology that yields linear results over a wide flow range.

At the heart of Alicat’s LC-Series liquid flow controllers is an internally compensated, laminar differential pressure measurement technology that yields linear results over a wide flow range.

At the heart of Alicat’s LC-Series liquid flow controllers is an internally compensated, laminar differential pressure measurement technology that yields linear results over a wide flow range.

At the heart of Alicat’s LC-Series liquid flow controllers is an internally compensated, laminar differential pressure measurement technology that yields linear results over a wide flow range.

At the heart of Alicat’s LC-Series liquid flow controllers is an internally compensated, laminar differential pressure measurement technology that yields linear results over a wide flow range.

At the heart of Alicat’s LC-Series liquid flow controllers is an internally compensated, laminar differential pressure measurement technology that yields linear results over a wide flow range.

At the heart of Alicat’s LC-Series liquid flow controllers is an internally compensated, laminar differential pressure measurement technology that yields linear results over a wide flow range.

At the heart of Alicat’s LC-Series liquid flow controllers is an internally compensated, laminar differential pressure measurement technology that yields linear results over a wide flow range.

At the heart of Alicat’s LC-Series liquid flow controllers is an internally compensated, laminar differential pressure measurement technology that yields linear results over a wide flow range.

At the heart of Alicat’s LC-Series liquid flow controllers is an internally compensated, laminar differential pressure measurement technology that yields linear results over a wide flow range.

At the heart of Alicat’s LC-Series liquid flow controllers is an internally compensated, laminar differential pressure measurement technology that yields linear results over a wide flow range.

At the heart of Alicat’s LC-Series liquid flow controllers is an internally compensated, laminar differential pressure measurement technology that yields linear results over a wide flow range.

At the heart of Alicat’s LC-Series liquid flow controllers is an internally compensated, laminar differential pressure measurement technology that yields linear results over a wide flow range.