Solbourg offers a full range of slurry process production solutions, covering from lab makers, small trial lines, small production lines to medium- and large-scale production lines. High Flexibility: Different sheets can be produced only by adjusting raw materials and processes, which maximizes equipment utilization and ROI (Return on Investment), enabling clients to swiftly adapt to market shifts and capture emerging opportunities. Advanced Grinding and Dosing Technology: Adopts three-stage low temperature grinding process, maximumly ensuring even particle size and maintain tobacco flavor. Equipped with multi-homogenizing design, ensuring the homogeneity of finished slurry and stability of finished sheets. Optional Drying Solutions : Electricity drying for width <800mm and steam drying for width >800mm. Diverse Final Product Forms Output: Rolls/Small pieces in square, rectangle or rhombus/Shreds.

Compared with Slurry Process and Paper-making Process, Extrusion and Rolling Method features lower equipment investment and production costs. Solbourg offers three choices: Standard Version for Tradition, High-performance Version for Tradition, and Specified Version for HNB. Standard Version for Tradition: Larger diameter of rollers than that of LB14 to make the rolled sheets more homogeneous; equipped with two moisture meters to ensure stable quality of sheets while no moisture meter is included in LB14. High-Performance Version for Tradition: Adopts Four-Roller & Three-Compression design. In the last compression stage, each roller is equipped with an independent servo drive and an automatic adjustment system for controlling roller gap. Utilizes negative pressure conveying for powder materials with smart high-precision gas-solid separation and loss-in-weight dosing technology. These upgrades contribute to more homogeneous sheets and more automated production. Specified Version for HNB: adopts multiple advanced technologies based on the high performance one, including wet grinding with wet fiber addition, dry grinding with dry fiber addition, multi-layered low-temperature drying, grammage/moisture/temperature scanning, automatic edge trimming, automatic winding, and sheet roll slitting, etc.

A more traditional and large scale approach would be paper making method. Such recon production method usually starts at capacity of 2000kg/hr, making it the largest in scale. However, with over 98% of water content in its slurrys, this method is very energy consuming

Improved Physical Properties: Microwave radiation rapidly expands stem fibers, forming a porous structure, which significantly increases its filling capacity and absorbency in stem-based products. Superior Sensory Quality: The rapid heating induces the Maillard reaction which lowers woody smell and releases distinct aromatic compounds, better meeting cigarette sensory quality requirements. Cut Expanded Stems: Expanded stems are cut into shreds, which are similar with cut tobacco lamina, ideal for regular, medium and slim cigarettes production.

There are two core sections of our nicotine extraction line: extraction and purification. For extraction, three-stage continuous counter-current extraction technology is employed to get intermediate product from tobacco materials with a purity of 40%. For purification, the intermediate product will be further processed through vacuum distillation purification technology to ultimately yield nicotine with a purity exceeding 99.95%.

The CR Series Roller Conveyor is a modular conveying system designed for the finished packaging section of tobacco threshing and redrying lines. It integrates chain-driven roller conveyance, photoelectric detection, and PLC-based automatic control to ensure stable, orderly, and efficient transfer of packed tobacco productsThe CR Series Roller Conveyor operates as an integral part of the tobacco packaging line, with all conveying actions coordinated by the line PLC through photoelectric detection. Upon receiving a carton transfer signal, the conveyor drives the rollers to transport cartons to designated positions, where photoelectric sensors confirm carton arrival and trigger subsequent actions. Depending on the functional role of each conveyor—such as transfer, buffering, check weighing, strapping, or lane transfer—the system automatically controls carton accumulation, release, temporary positioning, or inter-lane movement. Cartons are transferred smoothly between adjacent stations based on real-time status signals, ensuring orderly flow without congestion. For operations requiring dwell time, such as weighing or strapping, cartons are held in position for a PLC-defined duration before being released downstream. Mobile conveyors further enable dynamic transfer between parallel conveying lanes. The entire process can be operated in fully automatic mode or manually when required, ensuring stable, flexible, and coordinated carton handling throughout the packaging process.

Solbourg visited two of Russia’s largest tobacco manufacturers, touring HNB and conventional processing lines, and exchanging insights on equipment and processes, laying groundwork for future cooperation.

Technical exchange between Solbourg and Changsha Cigarette Factory was highly practical and focused, helping to deepen mutual understanding of different process routes, also provided valuable references for future technology selection, process optimization, and potential collaboration.

Solbourg explore cooperation meeting with Meridian Tobacco Company (MTC), hoping to promote complementary advantages, market expansion, and innovation synergy.

The telescopic chain conveyor developed for the Shandong Binzhou Tobacco Logistics Distribution Center has successfully completed in-house commissioning and is now ready for shipment.

As one of the largest producers of paper-making reconstituted tobacco sheets in China, Guizhou Huangguoshu Golden Leaf Technology Co., Ltd. has extensive experience in large-scale industrial production and process optimization.

We are pleased to announce that the photoelectric capsule sorting machine ordered by our Indonesian client is currently undergoing final factory testing and commissioning.