Systech Launches New Pharmaceutical Packaging Stations

The company introduced the ST33 and ST34 automated serialisation units designed for faster production line efficiency.

Updated on Oct. 20, 2026 in Consumer Goods

Isometric editorial illustration of a modular pharmaceutical packaging machine in steel with geometric conveyor tracks. — Systech has launched its new ST33 and ST34 automated serialization units, designed to integrate printing, verification, and sealing for pharmaceutical manufacturers. AI Illustration. Upload story photo >

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Systech has released the ST33 and ST34 automated serialisation stations, which integrate code printing, verification, and tamper-evident sealing into unified systems. These new machines are designed to help pharmaceutical manufacturers, CMOs, and CDMOs optimize their packaging workflows.

Why it matters

Pharmaceutical manufacturers rely on highly efficient serialisation technology to meet strict regulatory and production demands without sacrificing speed. By consolidating multiple steps into single units, these systems reduce the need for operator intervention and complex equipment handoffs.

The ST33 model processes up to 600 parts per minute, while the combined ST34 unit handles 400 parts per minute. Both systems incorporate the Systech UniSeries software suite across their production operations.

The players

Systech

Systech is a technology company with 40 years of experience in the pharmaceutical packaging industry.

The details

The ST33 station automates code printing, camera verification, and the rejection of failed cartons, while the ST34 adds tamper-evident sealing to the process. Both systems utilize the Systech UniSeries software suite to minimize equipment handoffs and streamline packaging lines.

The ST33 and ST34 stations are being showcased from October 18-21, 2026.

Market Landscape

This release marks a push toward total system integration within the pharmaceutical supply chain to combat production bottlenecks. By bundling software and hardware, Systech positions itself to capture market share from competitors that rely on fragmented, multi-vendor packaging lines.

Pharmaceutical manufacturers and contract organizations can expect to see reduced operational downtime due to the consolidation of printing and verification steps. These efficiencies may eventually lead to more stable production costs for serialized medical products.

The takeaway

Manufacturers looking to upgrade legacy systems should prioritize solutions that integrate software and hardware to eliminate redundant machine handoffs. Automation at the packaging stage remains a critical factor for maintaining compliance while scaling throughput.