Full Automatic 2ml Plastic Ampuole Filling And Capping Machine With
High Precision Piston Pump For Essential Filling
Characteristic of Full Automatic 2ml Plastic Ampuole Filling And Capping Machine
The XQAB-2A machine stands as a sophisticated and innovative
solution tailored specifically for the cosmetics industry,
facilitating the seamless process of automatic filling and capping
of plastic ampoules. Its advanced design ensures not only
efficiency but also precision in every step of the production line,
revolutionizing the way cosmetic manufacturers handle their
packaging needs.
The capping mechanism of the XQAB-2A incorporates a pneumatic
capping method, which leverages the power of compressed air to
securely and swiftly attach caps to the ampoules. This method is
renowned for its simplicity, eliminating the need for complex
mechanical components while achieving remarkable speed and
consistency. The result is a smooth and reliable capping process
that ensures product integrity and consumer safety.
The filling component of this machine showcases a high-precision
ceramic pump system, engineered to deliver unparalleled accuracy in
volume measurement. This pump is capable of filling ampoules with a
wide range of viscous liquids, from lightweight serums to thicker
creams, with exceptional precision. The fast filling speed ensures
that production timelines are met efficiently, while the broad
range of compatibility ensures flexibility for manufacturers
dealing with diverse product portfolios.
To further streamline the production process, the XQAB-2A
integrates multiple automated functions into a single, compact
unit. From automatic bottle feeding, where empty ampoules are
smoothly transported into position, to automatic filling and
capping, every step is automated, reducing human intervention and
minimizing the risk of contamination or errors. Once filled and
capped, the ampoules are automatically discharged, ready for
further packaging or distribution, making the entire operation
seamless and efficient.
The desktop design of the XQAB-2A is a testament to its
user-friendliness and versatility. Occupying minimal space, it can
be easily integrated into existing production lines or standalone
workstations, maximizing floor space utilization. The intuitive
control panel and maintenance-friendly design ensure that operators
can quickly familiarize themselves with the machine, perform
routine checks, and troubleshoot any issues that may arise,
minimizing downtime and maintaining peak productivity.
In summary, the XQAB-2A represents the cutting edge of cosmetic
packaging technology, offering a comprehensive solution for
automatic filling and capping of plastic ampoules. Its combination
of pneumatic capping efficiency, high-precision filling
capabilities, and automated workflows makes it an invaluable asset
for any cosmetics manufacturer looking to optimize their production
processes and elevate the quality of their products.
Technical data of of Full Automatic 2ml Plastic Ampuole Filling And Capping Machine
Target Products | Essentail oil bottle |
Manufacturing speed | 40 PCS / minute |
Power | AC 220V 50-60Hz / 1.5kw |
Air range | 0.5-0.7Mpa |
Machine display of Full Automatic 2ml Plastic Ampuole Filling And Capping Machine
Compactiable design which combine the filling, cap loading and
crimp in one small space.
Q & A
Q: Do you offer OEM services, I am a distributor from overseas?
A: Yes, we can offer both OEM Services and technical support.
Welcome to start your OEM business.
Q: How about the after-sales service?
A: The machine is a 1-year warranty. And we offer lifetime
after-sale service and technical support.
Q: What are your Installation Services?
A: Installation Services are available with all new machine
purchases. We will provide the user manual and videos to support
installing, debugging, operation of the machine, which will
indicate to you how to use this machine well.
Q: What info will be needed to confirm machine models?
A: 1.The material status.
2. Filling range.
3. Manufacturing speed.
4. Requirements for the production process.
