Complete Wine Line Solutions | SEPPA Solutions

Most of the oxygen absorption takes place at the filling step. Any slight dissolved oxygen increase while bottling may result in early oxidation, reduction in aromas, and destruction of the tannins' profile. This is highly significant for high quality whites, sparkling wines, and natural low sulfur wines that have a low resistance to oxidation.

SEPPA's wine filling machine uses vacuum based filling technology specifically to address this. Since the evacuation process takes place before any liquid enters the bottle, it is possible to maintain dissolved oxygen levels less than 0.1ppm a level which would not have been possible to achieve without dedicated machinery just a few years back. In addition, the Wine on line filling machine uses servo controlled nozzles, meaning the accuracy remains consistent with bottle filling irrespective of speed.

The bottling sequence filling, corking, capsule application, and sealing runs in coordinated synchronization across the Wine on line lines. Downtime between stations is minimized. Pressure transitions between the filler and the corker are buffered to prevent turbulence that could affect fill levels or disturb sediment in unfiltered wines.

The SEPPA's wine filling systems come in various production capacities, ranging from 1,500 bottles an hour for specialty production to above 30,000 an hour for higher production. These systems come with both the CIP and SIP capabilities.

Not every wine is made the same way. A high volume commercial rosé operates under completely different production logic than a single barrel Barolo or a method traditionnelle sparkling Wine on line. The equipment choices and especially the wine fermenter configuration reflect those differences directly.

In small batch, artisan production environments, SEPPA engineers compact wine on line processing facilities using temperature controlled fermenters with glycol cooling jackets, and the ability to manage the exact temperatures required for fermentation is the key distinction between a “good” ferment and a problematic one that results in either getting “stuck” or being otherwise compromised by thermal stress.

For larger operations, the wine fermenter selection shifts toward high capacity vessels with integrated lees management systems and automated pump over scheduling. These scale with the wine on line to support continuous production across multiple varietals simultaneously, each tracked independently through the line control system.

SEPPA's team works through the varietal requirements, production volume targets, and facility constraints before specifying the equipment. The wine lines are built around those differences, not retrofitted to ignore them.

The case for an integrated line versus assembled point solutions comes down to three things: consistency, traceability, and total cost of ownership.

Consistency improves when all equipment runs under coordinated control. A wine filling machine that communicates with upstream filtration and downstream labelling eliminates the buffer losses and manual handling steps that introduce variability. Fill accuracy, label registration, and closure torque are all monitored from a single system.

Traceability is complete when the wine on line generates unified production records. Batch coding, CIP logs, fill weight data, and filtration pressure trends are captured in one platform rather than across multiple disconnected systems.

Total cost of ownership is lower when wine bottling equipment is designed for maintainability. SEPPA builds equipment with standardized components, accessible service points, and predictive maintenance alerts built into the HMI.