Eye Drop Equipment
Our eye drop liquid filling equipment is designed for the precise filling of sterile ophthalmic solutions and other liquid drop products. Our equipment can accurately handle the filling requirements of pharmaceutical liquids of varying viscosities and properties, providing efficient, high-precision, fully automated, integrated liquid packaging solutions. We also offer flexible and reliable customized solutions to meet your specific process needs and production capacity.
Eye Drop Equipment
Product Display
Benefits
Employs ceramic/peristaltic pumps with an accuracy of ±1%. The filling needles undergo special treatment and incorporate submerged rebound technology to effectively prevent splashing, liquid residue buildup, and foaming, ensuring clean filling.
Achieves full automation of bottle handling, filling, capping, and labeling. Units can operate in a line for high efficiency or be used independently, offering flexible deployment options.
Equipped with a photoelectric sensing system, it features an intelligent "no bottle, no operation" logic, automatically detecting and executing actions to reduce waste and ensure continuous production and clean work surfaces.
Parts in contact with the liquid are made of 316L stainless steel. The equipment features a rounded corner design with no dead angles, facilitating thorough cleaning and disinfection, and fully complying with Good Manufacturing Practices (GMP) for pharmaceuticals.
The core transmission uses a high-precision cam indexer for smooth operation. The modular design facilitates maintenance, and the capping head features constant torque and overload protection to prevent damage to bottle caps.
Employs ceramic/peristaltic pumps with an accuracy of ±1%. The filling needles undergo special treatment and incorporate submerged rebound technology to effectively prevent splashing, liquid residue buildup, and foaming, ensuring clean filling.
Achieves full automation of bottle handling, filling, capping, and labeling. Units can operate in a line for high efficiency or be used independently, offering flexible deployment options.
Equipped with a photoelectric sensing system, it features an intelligent "no bottle, no operation" logic, automatically detecting and executing actions to reduce waste and ensure continuous production and clean work surfaces.
Parts in contact with the liquid are made of 316L stainless steel. The equipment features a rounded corner design with no dead angles, facilitating thorough cleaning and disinfection, and fully complying with Good Manufacturing Practices (GMP) for pharmaceuticals.
The core transmission uses a high-precision cam indexer for smooth operation. The modular design facilitates maintenance, and the capping head features constant torque and overload protection to prevent damage to bottle caps.
Application
FAQ
Can this equipment handle eye drops of different viscosities? For example, very thin solutions and relatively thick gels?
Yes. The core filling system offers two main options: a high-precision ceramic pump and a gentle peristaltic pump. The ceramic pump has high precision (±1%) and is suitable for most aqueous solutions and liquids; for viscous gels or emulsions, a peristaltic pump can be selected. It exerts less shear force on the material and can better handle high-viscosity materials, ensuring uniform filling and no foaming.
How do you ensure that the medicine does not splash or drip during filling, and that the bottle exterior remains clean?
We use professional submersible rise-fill technology. The filling needle extends into the bottom of the bottle and rises slowly with the liquid level during filling, greatly reducing droplet impact and splashing. The needle itself undergoes a smooth grinding process with an R60-degree inner chamfer, resulting in an extremely smooth surface that effectively prevents dripping and ensures a clean bottle.
Is it troublesome to change products on the production line (e.g., to different bottle sizes)? How long does it take?
Changeover is quick and easy. The equipment uses a modular design; changing bottle types mainly involves replacing the turntable, bottle inlet screw, and a few standard parts. These components typically use snap-fit ??or quick-clamping designs, and with preset parameters via the Human-Machine Interface (HMI), the main changeover operations can generally be completed within 30 minutes to 1 hour, effectively reducing downtime.
Does the equipment meet the GMP requirements for pharmaceutical production? Is cleaning and disinfection convenient?
Fully compliant. All parts of the equipment that come into contact with the pharmaceutical solution are made of SUS316L stainless steel, and the main body is made of SUS304 stainless steel. The design eliminates unsanitary corners, using rounded corners throughout, and the workbench integrates a cleaning sink, supporting CIP (Cleaning in Place) or convenient disassembly for cleaning, fully meeting the stringent GMP requirements for equipment cleaning and sterilization.
What happens if a bottle is missing at a certain workstation during production? Will there be any waste of pharmaceutical solution or bottle caps?
No, there will be no waste. The equipment is equipped with an intelligent detection system (fiber optic photoelectric sensor/photoelectric sensor), with detection points at key workstations such as filling, capping, and corking. The system strictly follows the logic of “no filling, no capping, no corking” and only triggers the corresponding action when the bottle is detected to be in the correct position, thereby avoiding any mishandling and waste of materials (liquid, stopper, cap).
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Certificates
Contact Info
Call Us
+1(323)215-9729 (North/South America)
sales@innovalpharma.com
+1(213)258-7721
After Service
+1(909)230-8253 (North/South America)