Automatic Packaging Machine
Meltvista Automatic Packaging Machine is suitable for packaging powder or granular materials in food, chemical, feed, and other processing plants of any scale. The main unit of this machine features three-speed feeding (fast, medium, slow), a PLC LCD Chinese display, sampling processing technology, and automatic error compensation and correction functions. It achieves a packaging speed of 180-240 bags per hour.
The Automatic Packaging Machine consists of four main parts: an automatic weighing device, conveying device, sewing packaging device, and computer control. It is characterized by its reasonable structure, aesthetic design, smooth operation, easy operation, and accurate weighing. It is suitable for the quantitative packaging of granular materials.
This Automatic Packaging Machine is dedicated to helping customers save labor, improve production efficiency. If you need more information about the packaging machine, please contact us immediately!
| Model number | SPB-HZ-A25 |
| Power source | 380V50HZ1.5KW |
| Weight | 500kg |
| Packing specification | 10-50KG/BAG |
| SIZE | 2000X800X2700MM |
| Packing speed | 120-180Bag/HOUR |
1.Adopt carbon steel,stainless steel production process,double screw feeding.
2.Separate suspension sensor,stable signal transmission.
3.The main machine adopts frequency conversion technology.double motor,fast medium slow three speed feeding.
4.Host machine,conveyor belt,sewing machine,controller network,humanized operation reduce workersLabor intensity.
5.Solve the phenomenon of powder overflow and bag turning when the pneumatic card of similar products opens the bag.
6.Proximity switch sensing.servo feeding.
7.Shift production,daily production,accumulated output information automatic storage.
8.Can be used in flour,starch,feed,powdered organic fertilizer,building materials,chemical resistant materials and other industr
Detailed video explanation of Bag type automatic packaging machine
Choose the right packaging machine to improve your packaging efficiency while saving labor costs
Describe
When it comes to applications like candy packaging, the granule packaging machine greatly increases production efficiency over human packaging. The granule packaging machine can produce several hundred or even over a thousand pieces each minute, improving productivity by tens of times, compared to hand wrapping only a dozen or so sweets in a minute.
Granule packaging machines decrease transportation and storage costs as well as packaging costs for loose goods including hemp, cotton, tobacco, and silk. Through compression and bundling with a compressed granule packing machine, the equipment decreases volume greatly, which in turn lowers package costs. Concurrently, the decreased volume results in less space needed for storage, which lowers storage expenses and eases transportation.
The granule packing machine enhances working environment and reduces labor effort. Significant work is required for manual packing, particularly when handling big, heavy items. Granule packing machines automate the packing process, which efficiently resolves this problem.
The granule packing machine promotes the growth of sectors that are associated. A interdisciplinary science including materials, procedures, apparatus, electronics, electrical engineering, automated control, and more is involved in food packaging machines. The synchronized and coordinated progress of several disciplines is required for the development of granule packing machines. Any problems in these fields may affect how well granule packing machines operate as a whole. As a result, the advancement of granule packing machinery will strongly encourage advancement in linked fields.
Table of Contents
FAQ about Automatic Packaging Machine
An automated packaging machine is a piece of machinery made to carry out different steps of the packaging process automatically, eliminating the need for human intervention. These devices are frequently used to improve and simplify the packaging of commodities in manufacturing and production settings. The degree of automation can differ, from straightforward devices with a single purpose to intricate systems that manage several jobs throughout the packing process.
Product Delivery:
A number of devices, including robotic systems, vibratory feeders, and conveyors, are used to feed products into the packing process.
Products on the manufacturing line can be identified by their position and existence using sensors or vision systems.
Assessing or Quantifying:
A weighing or measuring device may occasionally be included in an automated packing machine to guarantee that exact product amounts are poured into each box.
Optical sensors, load cells, and other measuring methods may be used in this.
Filling up:
A filling mechanism dispenses the substance into the packaging material, which might be bottles, cartons, or bags.
Depending on the application, the filling mechanism may be gravimetric (based on weight), volumetric (based on volume), or employ other techniques.
Closing:
The product is safely enclosed by the sealed packaging material.
Depending on the material and product, many sealing techniques may be used, such as heat sealing, adhesive sealing, ultrasonic sealing, or other ways.
Labeling:
Labeling systems for products can be integrated into automatic packaging equipment to apply information like ingredients, branding, and barcodes.
Adhesive labels, thermal transfer printing, and other technologies can be used for labeling.
Examine:
Systems for quality control, such cameras and sensors, can be used to check packaged goods for flaws and make sure they adhere to requirements.
Palletizing & Packing:
After that, packaged goods are moved on to the last step, where they are stacked, put into cardboard boxes or other secondary packaging, and occasionally palletized for shipping.
System of Control:
Usually, a computerized control system—which frequently makes use of PLCs or other automation controllers—manages the whole process.
The machine may be controlled and monitored by operators thanks to human-machine interfaces, or HMIs.
An automatic packaging device that can automatically construct, fill, and shut cartons or boxes with a range of goods is called an automatic cartoning machine, often referred to as a cartoner. These devices are frequently used to increase productivity and optimize the packaging process in sectors like medicines, food & beverage, cosmetics, and home products.
Enhanced Effectiveness：
Increased production rates and throughput are the result of automated packaging systems’ faster and more efficient operation than manual procedures.
Reliability and Precision:
Automation reduces mistakes and discrepancies that might arise with human activities by ensuring exact and uniform packing. Maintaining product quality and standard compliance depend on this.
Savings on costs:
Businesses frequently see long-term cost benefits through fewer labor expenses, decreased waste, and greater overall operational efficiency—even if there may be initial expenditures required for automation technology.
Adaptability：
Numerous product types, sizes, and package styles may be handled by automated packaging systems, giving them the flexibility to adjust to shifting consumer expectations and a wide range of product offerings.
Enhanced Security：
Automation lessens the need for material handling by hand, lowering the possibility of accidents and enhancing worker safety.
Round-the-clock Operations:
Without the need for breaks or shift changes, automated packaging systems may run constantly, enabling production schedules to run around the clock.
Decreased Manpower Needs:
Businesses may lessen their reliance on manual labor and free up human resources for more complicated and strategic responsibilities by automating packing operations.
Quality Assurance:
In order to examine and guarantee the quality of packed goods, automated systems frequently come with integrated quality control mechanisms like sensors and cameras.
Connectivity with Different Systems:
Larger manufacturing systems may be effortlessly connected with automated packaging systems to provide a unified and effective production environment.
Ability to Adjust for Industry 4.0:
Packaging automation is in line with Industry 4.0 concepts, which facilitate data sharing, networking, and intelligent production. This makes it possible to monitor and manage packaging operations in real time.
a quicker time to market ：
Businesses can launch products faster because to automated packaging’s efficiency and speed, which also helps to shorten manufacturing cycles.
Effect on the Environment:
Automation may help achieve sustainability objectives by cutting down on wasteful packaging and consuming less resources by using accurate and efficient packaging processes.
Improved Traceability ：
Tracking and traceability functions are frequently included in automated systems, offering thorough documentation of packaging procedures for regulatory compliance and quality control needs.