English
 |
| Quantity: | |
|---|---|
ALG-2For (5-10ml)
XINGLE
Introducing our Two Head Stainless Steel Chemical Ampoule Filling and Sealing Machine, specifically engineered for laboratory chemical applications. Unlike standard production lines, this lab scale model prioritizes flexibility, precision, and chemical resistance. It is the ideal solution for sealing glass ampoules in sterile environments, ensuring the integrity of volatile reagents, pharmaceutical samples, and bio-chemicals.
Constructed to withstand corrosive environments, this ampoule filling and sealing machine guarantees reliable packaging for Research & Development (R&D), quarantine departments, and university laboratories.
Corrosion Resistance: The body and all contact parts are made of high-grade Stainless Steel (SS304/SS316).
Chemical Compatibility: Specifically designed for chemical laboratories, resisting damage from acids, alkalis, and organic solvents.
GMP Compliance: Easy to clean and sterilize, meeting pharmaceutical and bio-medical research standards.
Productivity: Equipped with Two Heads, this machine significantly reduces manual labor, achieving an output of 30-40 ampoules per minute (approx. 2000-2800 pcs/hour).
Versatile Dosing: Capable of handling filling volumes from 1ml to 20ml or specific ranges like 5-10ml, adapting to your experimental scale.
Gas Support: Uses standard LPG and Oxygen to generate a high-temperature flame, melting the glass tip for a hermetic seal.
Inert Gas Protection: Features pre and post Nitrogen (N2) flushing to prevent oxidation, critical for oxygen-sensitive chemicals.
No Ampoule – No Fill System: Automatic sensors prevent liquid waste if an ampoule is missing from the station.
Ideal Applications: Perfect for sealing vaccines, biological reagents, high-value essential oils, and toxic chemical standards.
Slant Travel Design: The unique eccentric rack system ensures smooth handling of ampoules with varying neck thicknesses without breaking.
This equipment is a must-have for facilities involved in chemical laboratory research:
