Landry Engineering Filling Station with Vibratory Feeders for 3mL Syringes and Caps Model 3500

The Landry Engineering Filling Station model 3500 is a custom-designed automated syringe filling and processing system tailored for handling 3mL Fluorinert syringes. This precision instrument integrates several critical functions essential in biotechnology and pharmaceutical research workflows, including:

• Degassing of gases within syringes to ensure fluid integrity and prevent contamination, critical for molecular diagnostics and bioprocessing applications.
• Precise volume filling of small-volume syringes, supporting accurate chemical dosing in pharmaceutical manufacturing and synthetic biology experiments.
• Automated capping with sealing verification, enhancing sterility assurance and system reliability, which is fundamental in biopharmaceutical production pipelines.
• Integrated labeling and pouching functions, where printed labels are applied to pouches enclosing each syringe, facilitating traceability and compliance in clinical diagnostics.
• Automated vibratory feeders deliver syringes and caps consistently, increasing throughput and minimizing manual intervention—a vital advantage in high-volume biomanufacturing environments.

Technical specifications include:

• Designed exclusively for 3mL syringe volume compatibility with Fluorinert fluidics.
• Power supply compatibility for 120V/220V at 50Hz/60Hz, supporting global laboratory infrastructures.
• The system features a tall cabinet optimized for chemical degassing and pumping processes.
• The central module places printed labels on syringe pouches with high precision.
• Machine footprint with shipping dimensions approximately 122 cm x 506 cm x 244 cm and weight near 1089 kg, reflecting robust industrial engineering suitable for integration into pharmaceutical production lines.

This filling station is manufactured by Landry Engineering Development LLC (2015) and is noted for its very good operational condition. It is widely adopted in life sciences environments focused on reuse and automation, contributing significantly to streamlined workflows in molecular cloning, synthetic biology, and other biotechnology research fields requiring precise syringe handling and dosing automation.