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أخبار ماكينات التعبئة الأوتوماتيكية
أكثر من 30 عامًا من تراكم التكنولوجيا، هو خيارك الموثوق به
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أخبار ماكينات التعبئة الأوتوماتيكية
أكثر من 30 عامًا من تراكم التكنولوجيا، هو خيارك الموثوق به
The DCS Series Spiral Cement Packaging Machine is an industrial automated system designed to fill 50kg bags with cement, sand, dry mortar, gypsum powder, fly ash, and similar powdered materials at a throughput of 70 to 120 tons per hour. It uses a microcomputer controlled weighing system, a multi spout rotary structure, and an integrated dust collection unit to deliver fast, accurate, and clean packaging operations for cement plants, construction material factories, and bulk powder processing facilities.
The DCS Series is a rotary type cement bagging machine built for high volume industrial packaging. Unlike fixed type packers with one or two nozzles, this spiral filling machine uses a multi spout rotating design, allowing continuous bag insertion, filling, weight verification, and bag discharge in a single automated cycle. The spiral or impeller blade mechanism forces powdered material into the valve bag at a controlled rate, while the onboard microcomputer monitors each bag’s weight in real time and stops the filling process the moment the target weight is achieved.
This design makes the DCS packer one of the most efficient and reliable cement bag filling machines available for operations requiring consistent 50kg output at scale.

| المواصفات | DCS 6S | DCS 8S |
| Number of Spouts | 6 | 8 |
| Design Capacity | 70 to 90 tons per hour | 100 to 120 tons per hour |
| Single Bag Weight | 50 kg | 50 kg |
| Rotating Speed | 1.0 to 5.0 r per min | 1.3 to 6.8 r per min |
| Compressed Air Volume | 90 to 96 cubic meters per hour | 90 to 96 cubic meters per hour |
| Operating Pressure | 0.4 to 0.6 MPa | 0.5 to 0.8 MPa |
| Dust Collecting Air Volume | 15,000 cubic meters per hour | 22,000 cubic meters per hour |
The DCS Series spiral cement packer is designed for powdery and granular materials with good flow characteristics. It performs reliably with:
The machine is particularly well suited to materials that benefit from controlled spiral blade feeding, where gravity flow alone would result in inconsistent fill rates or bridging inside the bag spout.
The DCS cement packaging machine follows an automated sequence for every bag cycle:
This closed loop automated sequence allows the machine to operate continuously without manual intervention at the filling stage, significantly increasing throughput compared to semi automatic systems.
The DCS Series rotary cement packaging machine is used across a wide range of industries where bulk powder materials are packed into standard weight bags for distribution or retail sale.
Construction Material Manufacturing: Cement plants, dry mix mortar factories, and tile adhesive manufacturers use this machine as the primary packaging station before palletizing and dispatch.
Mining and Mineral Processing: Facilities processing calcium carbonate, silica powder, barite, and similar minerals use the DCS packer to meet bulk bag weight requirements for export and domestic supply.
صناعات المساحيق الكيميائية: Manufacturers of industrial chemical powders with similar flow properties to cement use this machine where consistent fill weight and dust containment are critical.
Agricultural Input Packaging: Some facilities packing powdered soil amendments, lime powder, or granular fertilizer products with fine particle sizes also use spiral type packaging machines for 50kg output.
Buyers comparing cement bagging machine options often evaluate throughput, accuracy, maintenance cost, and environmental compliance. The DCS Series addresses each of these directly.
On throughput, the 8 spout DCS 8S model processes up to 120 tons per hour, which is among the highest output ratings in its class for 50kg valve bag filling. On accuracy, the microcomputer weighing system with automatic cutoff eliminates the overfilling that is common in manual or semi automatic systems, which directly reduces raw material waste per production shift.
On maintenance, the elimination of hydraulic and pneumatic systems from the filling and weighing functions means fewer fluid lines, seals, valves, and cylinders to service. The electrical integrated control system is also easier for plant technicians to diagnose and repair compared to combined electro hydraulic systems.
On environmental compliance, the dust collection system with 15,000 to 22,000 cubic meters per hour air handling capacity meets the requirements of modern industrial dust control standards, reducing the risk of regulatory issues in cement plants operating in regions with strict air quality rules.
The machine is designed for valve port bags, which are the standard format for cement and dry powder packaging. These are typically woven polypropylene bags with a self sealing valve opening through which the filling spout inserts material.
Yes. The DCS Series is suitable for any free flowing powder with good fluidity. Dry mortar, gypsum, fly ash, quartz sand, putty powder, and stone powder are all commonly processed materials. Materials that are cohesive, very wet, or extremely coarse may require additional feeding or conditioning equipment upstream.
The microcomputer weighing device controls fill weight with automatic detection and cutoff. Standard measurement accuracy for this class of equipment is plus or minus 0.2 percent, which is sufficient for 50kg bags across most commercial and regulatory requirements.
Yes. The DCS 6S model offers 6 spouts for facilities needing 70 to 90 tons per hour, while the DCS 8S with 8 spouts is suited for operations requiring 100 to 120 tons per hour. Selection depends on production volume targets and available floor space.
The DCS Series Spiral Cement Packaging Machine is an automated, high throughput solution for packing 50kg bags with cement, sand, and industrial powders. With its microcomputer weighing system, multi spout rotary design, automatic bag drop safety feature, and large capacity dust collection, it is engineered for cement plants and construction material manufacturers that need reliable, precise, and clean bagging operations at industrial scale. Both the 6 spout and 8 spout models are available to match specific production capacity requirements, and the fully electrical control architecture ensures long term operational reliability with low maintenance overhead.