Automatic Small Bottle Syrup Monoblock Bottling Machine

Product Description

Automatic Small Bottle Syrup Monoblock Filling And Capping Machine

Syrup is a dense, viscous liquid containing a high concentration of dissolved sugars, yet it typically exhibits minimal crystallization tendencies. In the medical realm, it is commonly referred to as cough medicine or cough syrup. In culinary contexts, syrup or sirup serves as a thick condiment primarily comprising a sugar-water solution rich in dissolved sugars.

Cough syrup is typically stored in amber plastic bottles, with capacities ranging from 10 to 300ml. PET syrup bottles are preferred for syrups and other products suitable for freezer storage due to their ability to expand and resist shattering. For syrups requiring prolonged refrigeration, glass syrup bottles are optimal to maintain flavor and quality. Syrups packaged in glass bottles can be stored in a refrigerator for up to a year while remaining fresh when properly capped. Both glass and plastic syrup containers are durable and airtight when paired with suitable closures.

For cough syrup, which often comes in small bottle capacities and may include inner caps, Npack suggests utilizing a monoblock filling and capping machine. This machine employs a piston pump for precise quantitative filling, along with chuck-type capping for plastic caps and an ROPP capping machine for metal aluminum caps.

There are several reasons to consider syrup filling machine :

1.Increased Efficiency

One of the primary advantages of utilizing a monoblock filling machine is the heightened efficiency it offers. These machines are meticulously engineered to automate the filling process, thereby diminishing the time and manual effort required for container filling. Consequently, this not only saves time but also mitigates the likelihood of human error while enhancing the consistency of fill volumes. Consequently, a greater number of containers can be filled within a shorter timeframe, thereby augmenting overall productivity and profitability.

2.Enhanced Precision

Another significant benefit of monoblock filling machines is the heightened precision they deliver. These machines are outfitted with precision metering systems, ensuring uniform and accurate fill volumes. This serves to diminish waste, bolster product quality, and elevate customer satisfaction levels.

3.Superior Safety

Monoblock filling machines prioritize safety in their design. Equipped with features such as automatic shut-off valves and emergency stop buttons, they mitigate the risk of accidents and injuries. Moreover, by eliminating the need for manual handling of containers and liquids, these machines also reduce the likelihood of contamination.

4.Reduced Maintenance Costs

Built to withstand rigorous usage, monoblock filling machines boast robust construction and employ high-quality materials. As a result, they entail lower maintenance costs compared to manual filling methods and older, less dependable filling machines. Regular maintenance and cleaning are crucial for ensuring the smooth operation and longevity of monoblock filling machines.

5.Enhanced Flexibility

Monoblock filling machines offer remarkable flexibility and can be customized to accommodate a diverse array of liquids, container sizes, and fill volumes. This enables swift and seamless transitions between products, thereby enhancing overall operational efficiency and minimizing downtime. Whether filling small bottles or large drums, a monoblock filling machine can adeptly meet various business requirements.

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Product details

Workflow

The equipment is segmented into bottle transportation, automatic filling, automatic nozzle cover management, swing arm cover, servo screw cap, and other operations.

1. Bottle Loading: Bottles slated for filling are manually placed onto the conveyor belt.

2. Detection: A photoelectric sensor determines the presence of an empty bottle on the main turntable. The detection signal is relayed to the control computer to regulate bottle filling or halt the process if no bottle is detected.

3. Filling: Upon detection of a bottle in front, the PLC directs the filling nozzle to ascend into the bottle for precise filling.

4. Nozzle Covering: Detection is conducted to ascertain bottle presence, followed by pre-rotation of the swing arm cover.

5. Screw Capping: The servo motor adjusts torque and speed to ensure consistent tightening of the cover, maintaining uniform tightness.

6. Bottle Exit: Subsequently, bottles with securely fastened caps are conveyed out of the system via the conveyor belt.