Manufactured by Enping Desheng Intelligent Technology Co. Ltd. The Valve Mouth Paper Bag Intelligent Bottom Pasting Machine is said to be the answer that addresses certain problems otherwise encountered with the conventional methods of producing paper bags. This valve bag filling machines adds value as the manufacturer of valve filling machines. Importantly, this machine was designed effectively to enhance both production speed and the quality of the bags produced. It has features for high-speed rotary vacuum suction in an intelligent make and has protocols for automatic rejection of bad products, and for regulated embossing, folding, gluing and compaction. In addition, this machine has a built production ability of 130-150 taps per minute tagged with minimal manual changes and facilitates uniformity in quality of product output. This enables manufacturers wishing to integrate their workflow in the making of valve bags with paper, paper-plastic and other similar materials.
| Basic Information | |||
| model | BM2022-1F | Unit product size | 27.8*4.8*2.1M |
| Voltage | 380V | weight | 30 tons |
| Energy consumption | low energy consumption | Transport Packaging | container |
| manufacture | Jiangmen, China | production bag | 2-4 paper+1PE film, paper-plastic composite |
| production capacity | 130-150 strips/min | Finished length | 360-900 (mm) controllable error ± 1mm |
| continuous rolling | yes | Finished width | 320-580 (mm) controllable error ± 1mm |
| layer | many | bottom width | 90-200 (mm) controllable error ± 3mm |
| intelligent | yes | Port length | 100-250 (mm) |
| Bottom paste machine equipment configuration: | |||
| High-speed rotary vacuum suction pick-up → step arrangement (with abnormality rejection function) → center-to-center straight embossing, 45° oblique embossing (with piercing mechanism) → straight ear incision at bag opening → sucking open horns to unfold and smooth → valve Inserting at the mouth → embossing at the bottom, closing the bottom and applying glue → closing the bottom and forming → turning the bottom and compacting (with abnormal rejection) → small S compacting mechanism → counting and stacking output | |||
Construction Materials: Mostly used in putting cement, mortar, grout and concrete mix into bags. Heavy duty materials are often handled quickly, secured tightly to the machine for a fast and accurate fill, minimizing any leakage.
Chemical and fertilizer industry: Interface optimal for maximizing the filling of several chemicals, fertilizers and pesticides that require weighing and dust-free methods. The system fills the bag without exposing the bag and so minimizes wastage.
Food industry: Applied in enormous amounts for purposes of putting Flour sugar, salt and any other powdered food material into containers. There are food grade machine that comply to hygienic standards, which adequately fills materials as desired to avoid wastage from under or over flling.
Minerals and mining: Excellent for putting minerals, fine ores and similar powdered materials into bags. Use of valve bag filling machines bring about the reduction of the material loss and provides a cleaner environment which is very crucial in the handling of fine mineral dust.
Petroleum and Additives: Besides that these machines are also capable of packaging the powdered additives which are usually used in an oil refinery, for instance, catalyst powders and other granulated materials, rather dangerous materials in most cases.
Pharmaceuticals: In the pharmaceutical industry, valve bag filling machines are used for bulk packaging of pharmaceutical powders to facilitate controlled filling and to reduce the chances of contamination.
Enhancement of Containment Process for the Product: As valve bags are filled, they tend to close on their on thus minimizing the risk of spillages and product losses. This is useful when dealing with sensitive or expensive materials.
Automated Quality Check of the Sealed bag Assembly: Some of the valve bag filling machines such as metering machine have automatic functions that can tell when a bag is in defective condition and as such will not permit ineffective bags to continue on to the succeeding stage. This feature ensures the wastage of resources is minimized and the end product is of good quality.
Multisize and Multimaterial Adaptability: The machine also adjusts itself to variable bag configurations and can fill paper, plastic, or composite bags. This versatility enables manufacturers to satisfy various packaging standards.
Space Saving Because of Extensive Package Configuration of a Valve Bag: It is also a known fact that valve bags eat less space compared to normal packaging because less space is wasted. This is made possible by filling machines which help maintain the optimum fill levels without leaving too much air inside the bags.
Minimal Downtime and Maintenance Expectations – Filled Machines: Modern systems now available for valve bag filling are expected to have a longer life span and with minimal maintenance ensuring limited downtime. The use of intelligent features like self-diagnosing systems enable notification of operators to any unusual event making it possible for maintenance to be proactive.
Product weights are accurate, as modern machines can very accurately maintain the tolerances needed to avoid overfilling or underfilling the product.
Yes, the machines are designed so that fine dust emissions are minimal during the filling process, so powders and other hazardous materials can be handled in a cleaner environment.
Most models are designed so that they can pack bags of different sizes, so they can be used for a variety of packaging methods.
Modern machines are almost all automated, and human intervention is now almost non-existent, thus reducing labor costs and human errors.
The operating speed depends on the model, but some models can fill 100 to 150 bags per minute, depending on the bag material and the size of the bag.
