Product Specification

Ultrasonic Ampoule Washing Machine for Pilot and R&D Scale (LYXP)

Precision Cavitation and Alternating Flushing for High-Value Clinical Batches

Product Overview

In the development of advanced liquid formulations and specialized clinical trials, securing absolutely pristine glass ampoules prior to sterilization is the critical first step. The Lingyao LYXP Ultrasonic Ampoule Washing Machine is a compact, highly precise automation unit engineered specifically for research laboratories, pilot-scale facilities, and low-volume clinical production lines.

Operating at a steady, controlled output of 1,000 Ampoules Per Hour (BPH), this unit completely replaces inconsistent manual rinsing. By utilizing advanced ultrasonic cavitation combined with synchronized alternating sequences of Purified Water (PW), Water for Injection (WFI), and Clean Compressed Air, the LYXP guarantees the complete removal of micro-particulates, glass dust, and transit debris from delicate 1ml to 20ml glass ampoules.

The Cause: Adherent Particulates and Sub-Standard Rinsing

When handling glass ampoules arriving from glass manufacturers, relying on basic submersion or low-pressure rinsing creates severe batch vulnerabilities:

1. Electrostatic Glass Dust: During the cutting and forming of tubular glass, microscopic glass shards and dust statically adhere to the interior walls of the ampoule. Standard laminar water flow simply passes over these particles without dislodging them.

2. Residual Water Risks: If a washing machine cannot effectively purge the interior of the vial post-wash, excessive water droplets remain inside. When the ampoule enters the downstream depyrogenation tunnel, this excess moisture causes uneven heating and potential glass fracturing.

3. Inconsistent Manual Lab Processes: R&D labs often rely on manual or semi-manual washing baths for small 1,000-vial batches, leading to catastrophic human error, inconsistent cleanliness, and failed validation protocols.

The Solution: Ultrasonic Cavitation and Multi-Stage Purging

The Lingyao engineering team designed the LYXP to bring heavy-industrial cleaning mechanics to a compact, lab-friendly footprint.

To eliminate static glass dust and stubborn residues, the machine features an Ultrasonic Cavitation Bath. High-frequency sound waves create millions of microscopic vacuum bubbles in the water that implode against the glass surface. This gentle yet aggressive scrubbing action dislodges 100% of internal and external particulates without risking glass breakage.

Following the ultrasonic bath, the ampoules undergo a strict Alternating Flush Matrix. Synchronized spraying needles dive into the ampoules, administering high-pressure blasts of Water for Injection (WFI) followed immediately by Clean Compressed Air. This not only flushes out the dislodged contaminants but also aggressively purges residual water, leaving the ampoules perfectly prepped for downstream thermal depyrogenation.

Technical Specifications

Targeted Industrial Applications

• Clinical Trial R&D (Phase I/II): The perfect low-volume, high-precision washing solution for small batches of specialized liquid preparations and experimental bioactive serums.

• Pilot-Scale Production Facilities: Reliable, automated container prep for expanding formulations from the laboratory into commercial viability testing.

• Specialized Diagnostic Reagents: Flawless particulate removal for small-run glass ampoules used in critical laboratory testing and reagent storage.

Turnkey Global Validation and Operational Support

Upgrading your laboratory or pilot plant with automated washing requires strict documentation and compliance adherence. Manufactured through our specialized TachoCraft Thailand manufacturing base, the LYXP is built to meet international cGMP structural guidelines while offering a highly compact footprint.

We ensure your R&D facility experiences zero integration friction. The machine is delivered with comprehensive engineering dossiers, including detailed IQ/OQ/PQ validation documentation and full material traceability. This rigorous technical support drastically expedites SABER/SASO customs clearances across the Middle East and ensures seamless regulatory approvals in expanding laboratory markets across Africa and Asia. Our global engineering team provides remote diagnostics and on-site training to guarantee long-term operational success.