| Brand Name: | Lingyao |
| Model Number: | LYGF4 |
| MOQ: | 1 unit |
| Price: | 5,000-50,000 USD/unit |
| Delivery Time: | 60-120 days |
| Payment Terms: | T/T |
Precision Viscosity Control and Bubble-Free Dosing for Advanced Skincare & Health Solutions
The packaging of temperature-sensitive, high-viscosity hydrogels represents one of the most complex challenges in modern manufacturing. The Lingyao Thermosensitive Gel Filling Machine is specifically engineered to handle delicate, highly viscous formulations ranging from 1ml to 30ml.
Equipped with dynamic thermal control systems and ultra-precise ceramic pumps, this advanced platform maintains continuous temperature stability (from 2°C to 45°C). It is the definitive automation solution for facilities producing high-value Bioactive liquids, advanced skincare gels, and specialized Healthcare solutions that require absolute structural integrity during the filling process.
Filling thermosensitive gels using standard liquid filling equipment often leads to catastrophic product degradation. The primary issue is temperature fluctuation; even a minor change in ambient temperature can drastically alter the gel's viscosity. This causes legacy pumps to either stall or extrude the product unevenly.
Furthermore, highly viscous gels are notoriously prone to trapping air. Traditional filling nozzles force the thick product into the containers, creating microscopic air bubbles and severe stringing (tailing) at the nozzle tip. This not only destroys the aesthetic appeal of premium skincare products but also compromises the volumetric accuracy and stability of critical Life sciences formulations.
The Lingyao engineering team resolved these bottlenecks through active thermal management and specialized fluid dynamics. The machine features a jacketed, temperature-controlled material hopper that continuously circulates heating or cooling media, locking the gel at its optimal flow temperature before it enters the dosing system.
To combat air entrapment and stringing, we utilize a bottom-up diving nozzle mechanism paired with advanced servo-driven ceramic pumps. As the gel is dispensed, the nozzle smoothly rises above the fluid level. A proprietary dynamic suck-back technology instantly shears the gel flow at the end of the cycle, achieving a flawless, bubble-free fill with a highly reliable accuracy of ≤ ±0.5%.
| Specification | Technical Parameters |
| Applicable Volume Range | 1ml - 30ml (Syringes, Vials, Small Jars, Tubes) |
| Target Fluid Viscosity | 500 cP up to 50,000 cP |
| Thermal Control Range | 2°C – 45°C (Jacketed Hopper System) |
| Volumetric Accuracy | ≤ ±0.5% (Servo-driven ceramic pumps) |
| Nozzle Technology | Anti-stringing with dynamic suck-back |
| Control System | Premium European PLC architecture with Touchscreen |
| Air Pressure Requirement | 0.5 - 0.8 MPa |
| Material Construction | 316L Stainless Steel (Fluid Path) |
| Cleanroom Standard | ISO Class 5 Compatible Design |
Application Scenarios
Advanced Cosmeceuticals: Precision dosing for high-viscosity hyaluronic acid (HA) fillers, premium anti-aging serums, and specialized collagen gels.
Specialized Life Sciences: Temperature-stabilized filling for sensitive Bioactive liquids, wound-healing hydrogels, and transdermal gel applications.
Diagnostics & Health: Bubble-free packaging for specialized ultrasonic diagnostic gels and high-value protective barrier creams.
The highly viscous bulk gel is first loaded into the jacketed holding hopper, where the integrated thermal system brings the product to its precise, flow-optimized temperature. The containers are automatically indexed under the filling station.
The diving nozzles descend to the bottom of the containers. The Premium European PLC architecture commands the servo motors to drive the ceramic pistons, extruding the thick gel perfectly while the nozzles rise to prevent air entrapment. Upon reaching the target volume, the anti-drip mechanism cleanly cuts the gel string, and the containers advance to the downstream capping or sealing modules.
To select the optimal gel filling solution for your specific formulation, evaluate these key parameters:
Determine Specific Viscosity: If your gel exceeds 50,000 cP (highly rigid formulations), request our pressurized hopper upgrade to ensure continuous, positive feeding into the ceramic pumps without cavitation.
Assess Thermal Sensitivity: For cold-chain Bioactive liquids requiring strict 2-8°C maintenance, we will integrate our heavy-duty chiller loop system directly into the dosing path.
Plan for Global Deployment: As a core manufacturing base, our TachoCraft Thailand facility provides robust, localized equipment builds. We ensure all systems are accompanied by comprehensive IQ/OQ/PQ validation dossiers, streamlining your compliance processes across global markets.
Q1: How does the machine prevent air bubbles in highly viscous gels? A: We combine a bottom-up diving nozzle technique with highly controlled servo dosing speeds. By filling from the bottom of the container and smoothly rising, the product naturally pushes ambient air outward, completely preventing the formation of trapped bubbles.
Q2: Can the machine handle different container shapes, like syringes and jars? A: Yes. The system is designed with a versatile, tool-free puck or guide-rail system. This allows trained operators to rapidly switch between various formats, such as 1ml precision syringes and 30ml premium cosmetic jars, in under 20 minutes.
Q3: Does Lingyao provide technical support for integrating this into an existing line? A: Absolutely. Our engineering team provides end-to-end Accompanying Production Services. From Site Installation and Commissioning to custom software handshakes with your existing cappers and labelers, we ensure your entire line operates as a unified, high-efficiency ecosystem.