Bottling

When line speed asks more of the tube too

In bottling plants the tube must withstand pressure, stress and high production rates while staying stable and consistent over time.

The tube must keep up with the line without becoming a weak point.

In bottling, plant performance also depends on the reliability of its components. As speed increases and production cycles intensify, the tube must deliver robustness, stability and consistent behaviour without becoming a weak point on the line.

Some of Rigamonti's customers in this industry have asked us for tubes with very heavy walls, developed specifically to support the speed of their plants. The larger cross-section offers better pressure resistance and helps keep the process running, allowing plants to fill more bottles per day.

Here the value of the tube is measured by how well it supports plant performance: resisting load, keeping dimensional stability and fitting into a line that cannot afford stoppages or drops in reliability.

Rigamonti approaches these applications by focusing on how the component really behaves, developing the tube around the operating conditions the customer requires.

What makes the difference in our bottling tubes

Three levers we use to support the speed, pressure and production continuity of your lines.

01

Heavy walls on request

Tubes with increased cross-sections to support plant speed and improve pressure resistance.

02

Dimensional stability

Consistent behaviour under load, for lines that cannot afford drops in reliability.

03

Process continuity

We develop the tube around real operating conditions, for more bottles filled per production day.

+wall
Increased cross-sections developed to withstand pressure and cycle speed.
24/7 lines
Components designed for continuous operation, without stoppages or loss of reliability.
+ bph
More bottles per hour thanks to tubes developed around real operating conditions.

Let's talk about your plant's requirements

We can develop tubes designed to sustain speed, pressure and production continuity.

Contact us