How Does the MAX-30 Gynecological Gel Syringe Filling Machine Work?
Q: What is the step-by-step working process of the MAX-30?
A: The MAX-30 operates through a fully automated, integrated process using a 10-station rotary plate equipped with fixtures. The workflow consists of the following sequence:
Manual tube/syringe loading: Operators place empty syringes into the machine's loading station
Automatic filling: The machine fills the syringe with the specified volume of gel
Automatic capping: Caps are applied to the filled syringes
Cap tightening: The machine securely tightens the caps
Automatic ejection: Finished products are automatically ejected
This logical sequence ensures that all critical packaging steps are completed in one continuous operation with minimal manual intervention.
Q: How does the rotary plate indexing system work?
A: The MAX-30 uses a splitter-driven rotary plate that moves in intermittent steps. This indexing mechanism ensures precise positioning of each syringe at different workstations. As the plate rotates, syringes are sequentially moved through the filling, capping, tightening, and ejection stations. The 10-station design provides smooth, balanced operation while maintaining accurate positioning for each process step.
Q: What happens during the filling stage?
A: During the filling stage, the machine detects the presence of a syringe using sensors, following the "no tube, no fill" principle common in automated filling systems. The filling mechanism then accurately dispenses the precise volume of gel (within ±1% accuracy) into the syringe. The filling system can be adjusted for different volumes and product viscosities, making it versatile for various gel formulations.
Q: How does the capping and tightening process work?
A: After filling, the syringe moves to the capping station where caps are automatically applied. The machine then performs the cap tightening function, ensuring consistent and secure sealing. The rotary plate design incorporates these functions into consecutive stations, allowing all operations to occur simultaneously on different syringes, maximizing production efficiency.
Q: What is the role of the photoelectric detection system?
A: The photoelectric detection system is crucial for the machine's "no tube, no fill" function. Sensors detect whether a syringe is present at the filling station before dispensing product. This prevents product waste, maintains cleanliness, and ensures efficient operation by avoiding filling when no container is present. The detection system ensures that every production cycle is reliable and consistent.
