Basic Info.
| Type |
Hanging Ear Tea Bag Machine |
| Material Type |
Solid |
| Packaging Material |
Plastic bag |
| Machine Materials |
304 Stainless Steel |
| Film Materials |
OPP/CPP/PE/Pet/Po/PA/Al/VMCPP etc. |
| Origin |
Foshan, China |
| Application |
Automatically packing green tea, black tea, flower tea, health tea,
herb tea, granules (blended tea) etc |
Guangdong Eastern Packaging Machinery Co., Ltd. has more than 15 years of experience in the packaging machinery industry, is a professional High-tech enterprise specializing in the production of all kinds of Automatic Pre-made Zipper Doybag Packing Machines, Flow Packing Machines, Vertical Packing Machines, Box Filling Machines.
The machines produced by Easternpack have developed to more than a dozen series and nearly 100 varieties. According to your packaging requirements, we can customize various small, medium, and large packaging solutions for granular solids, powders, liquids, and mixed materials, which can achieve the packaging requirements of a minimum of 1 gram to a maximum of 50 kg per bag, widely used in food, chemical, medicine, hardware, daily necessities, and other industries.
We can customize equipment for many different industries and manufacturers of non-standard machines, and enjoy a large number of customer praise!
Adhering to the "customer first, achievement of employees" business philosophy, Easternpack warmly welcomes all around the world customers to establish cooperation with us.
Product Description
Tea Bag Packing Machine
The Hanging Ear Tea Bag Packaging Machine is a highly automated, professional packaging machine specifically designed to make and encapsulate hanging ear tea bags. This machine integrates a variety of functional modules to automate a series of packaging processes.
How many parts does it consist of?
Installation Instructions
Other Programs:
Packaging Sample Display:
Sealing Type of Inner Bag: Three sides sealing
Guangdong Eastern Packaging Machinery Co., Ltd. has several patent certificates, including an appearance patent, utility patent, vacuuming patent, and export certificate.
The vacuuming patent demonstrates the company's core technical ability in specific niche areas, such as efficient and stable vacuuming technology, which is important for ensuring the sealing of packaging and extending the shelf life of food and other commodities.
- The production lead, after getting the delivery notice from the supervisor and checking packaging requirements, initiates a quality inspection of the equipment within the factory.
- Once the equipment successfully passes the quality check, production staff will sort, package, and prepare a detailed inventory list of parts and loose items, highlighting the quantity and specifics of each material. Valuable items are to be packaged using distinctive colors for easy identification.
- Quality inspection of disassembled materials includes assessing the packaging and labeling for adequacy, checking for any damage to materials, and verifying the completeness of the material list. Documentation of the inspection process through photographs is required.
- Finally, the production management team coordinates the logistics and dispatch of the equipment. The PM is tasked with organizing the receipt of the equipment by pre-arranging the personnel responsible for receiving it.
RFQ
1. How Can Liquid Packing Machines Enhance Filling Efficiency?
Liquid packing machines differ from manual filling methods in their precision and speed. Where manual filling is labor-intensive and prone to inaccuracies, liquid packing machines automate the process, ensuring consistent fill levels and significantly reducing spillage and waste. This automation leads to higher efficiency and lower costs, making them a vital asset for businesses seeking to improve their filling operations.
2. What Role Does Packaging Machine Food Play in Raw Material Selection?
The selection of raw materials for food packaging machines contrasts significantly with non-food packaging. Food packaging machines require materials that are safe, non-toxic, and compatible with food products, ensuring the integrity and quality of food items. This necessity influences the selection process, where materials must meet stringent food safety standards. Unlike non-food packaging, where material durability and cost might be the primary concerns, food packaging prioritizes safety and compatibility.
3. Why is Quality Control Vital in Sourcing Raw Materials for Form Fill and Seal Machines?
In the context of form fill and seal machines, the quality control of raw materials is paramount, contrasting with less sophisticated machinery where material quality might be less critical. Quality control in sourcing ensures the efficiency, longevity, and consistent performance of these machines. Poor-quality materials can lead to frequent breakdowns and subpar packaging quality, which is not the case with higher-quality materials. This emphasis on quality control is vital to maintaining product safety and customer satisfaction.
4. How Can Liquid Packing Machines Enhance Filling Efficiency?
The efficiency enhancement offered by liquid packing machines is a stark contrast to traditional manual methods. These machines automate the entire filling process, ensuring high precision and consistent output. This automation minimizes human error and speeds up the production process, which is not achievable with manual filling. The result is a significant increase in overall production efficiency, making liquid packing machines a crucial investment for businesses looking to optimize their filling operations.
5. What Advantages Do Tea Packaging Machines Offer in Filling Processes?
Tea packaging machines bring distinct advantages over manual packaging methods. They provide precision in weight control and maintain the tea's quality by gentle handling, which manual methods cannot consistently achieve. These machines enhance packaging speed and reduce material wastage, ensuring each tea packet is uniformly filled. This precision and efficiency are particularly crucial for maintaining the delicate balance of flavor and aroma in tea products.
6. Can Vertical Packaging Machines Handle Multiple Types of Filling?
Vertical packaging machines stand apart from single-function machines in their versatility. They are capable of handling different types of filling - from powders and granules to liquids - making them a flexible solution for various packaging needs. This contrasts with specialized machines that are limited to one type of filling, offering businesses a more adaptable and cost-effective packaging solution.
7. What Trends Are Industrial Packaging Machines Setting in Packaging Design?
Industrial packaging machines are at the forefront of setting new trends in packaging design, contrasting with traditional packaging methods. They drive trends towards sustainability, smart packaging technology, and flexible design options. These trends cater to evolving consumer demands and environmental standards, a shift from the one-size-fits-all approach of traditional packaging designs.
8. How Does an Automatic Packaging Machine Ensure Quality Control?
An automatic packaging machine ensures quality control through its advanced sensors and precision technology, a contrast to manual packaging processes where quality control is more reliant on human inspection. These machines consistently monitor and control the packaging process, ensuring uniform quality and adherence to industry standards, a level of consistency and reliability not achievable with manual methods.
9. What Quality Checks are Integral for a Food Packaging Machine?
Quality checks integral for a food packaging machine include verifying seal integrity, maintaining accurate weight measurements, and ensuring contamination-free packaging. These checks are crucial to uphold food safety standards, a contrast to non-food packaging machines where such stringent checks might not be as critical. The focus here is on protecting consumer health and maintaining product quality.
10. How Can Warehouse Operations Benefit from a Packaging Vacuum Machine?
Packaging vacuum machines bring specific benefits to warehousing operations, contrasting with standard packaging methods. They extend the shelf life of products, reduce package volume for more efficient space usage, and improve product stability during storage and transport. These benefits are particularly crucial in warehousing, where space management and product preservation are key concerns.
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