Introduction to Rotary Tablet Press

Rotary tablet press is a machine used to compress powder or granulated materials into tablets. It is widely used in the pharmaceutical, food, chemical, and electronics industries. The working principle involves multiple punches (upper punch, lower punch, and die) rotating continuously to apply pressure and form tablets of uniform shape and size.

Main Features of a Rotary Tablet Press

1、High Efficiency – Designed with multiple punches for continuous tablet production, significantly increasing output.

2、Consistent Tablet Quality – Adjustable pressure ensures uniform hardness, density, and weight of the tablets.

3、Wide Range of Applications – Suitable for producing various tablets, including standard tablets, shaped tablets, and bi-layer tablets in pharmaceuticals, food (e.g., vitamin tablets), and chemicals (e.g., catalyst tablets).

4、High Automation – Some models come with automatic control systems, enhancing production efficiency and reducing manual labor.

5、Compact Structure & Easy Operation – Typically consists of a rotating turret, feeding system, compression mechanism, and control system, making it easy to maintain and operate.

Compared to a single-punch tablet press, a rotary tablet press enables large-scale, high-speed, and stable tablet production, making it an essential piece of equipment in modern industrial manufacturing.

Introduction to Z-Type Bucket Elevator

Z-type bucket elevator is a mechanical device used for vertically conveying bulk materials. Its conveying path is designed in a "Z" shape, making it ideal for industries such as food, chemicals, pharmaceuticals, agriculture, and hardware. The elevator utilizes evenly spaced buckets to lift materials from a lower point to a higher point, allowing for multiple feeding and discharging positions. It is particularly suitable for applications requiring gentle handling to prevent material breakage.

Main Features of Z-Type Bucket Elevator

1、Gentle Conveying – The enclosed structure and smooth lifting mechanism reduce material breakage, making it ideal for fragile materials like food and granules.

2、Multiple Inlet and Outlet Points – Can be designed with multiple feeding and discharging points to enhance operational flexibility.

3、High Conveying Capacity – Suitable for large-volume material handling, improving production efficiency.

4、Space-Saving Design – The Z-shaped conveying path provides a compact structure, ideal for limited space environments.

5、Sealed and Dustproof – Optional sealed construction minimizes dust leakage, ensuring a clean working environment.

6、Customizable Materials – Available in carbon steel, stainless steel, or food-grade plastic to meet industry-specific hygiene and durability requirements.

Due to its reliable conveying method and adaptability, the Z-type bucket elevator is widely used in automated production lines, making it an essential piece of modern industrial conveying equipment.

Introduction to Centrifugal Oil Purifier

Centrifugal oil purifier is a device that uses high-speed rotation to generate centrifugal force, separating impurities, water, and some gases from oil. It is widely used in industries such as machinery manufacturing, metallurgy, power generation, marine, and chemicals to purify lubricating oil, hydraulic oil, diesel, turbine oil, and other industrial oils, thereby improving oil quality and extending equipment lifespan.

Working Principle of Centrifugal Oil Purifier

When contaminated oil enters the centrifuge, the high-speed rotating drum generates a powerful centrifugal force, causing different components in the oil to separate based on their density:

· Heavier impurities and water are thrown to the inner wall of the drum and accumulate as sludge.

· Lighter purified oil remains at the center and is collected for reuse.

Applications of Centrifugal Oil Purifier

· Machinery Manufacturing – Purifies hydraulic and lubricating oil, reducing mechanical wear and extending equipment life.

· Power Generation – Cleans transformer oil and turbine oil to improve insulation performance and turbine system stability.

· Marine Industry – Used to purify diesel and lubricating oil, improving fuel quality and reducing engine carbon buildup.

· Metallurgy & Chemical Industry – Filters hydraulic and gear oils to ensure optimal equipment operation.

Due to its efficiency, eco-friendliness, and low maintenance cost, the centrifugal oil purifier is an essential piece of equipment for oil purification in various industrial applications. It helps reduce equipment failures, extends oil service life, and enhances overall production efficiency.

Introduction to Vacuum Drum Filter Machine

Vacuum drum filter machine is a continuous solid-liquid separation device that utilizes vacuum suction as the driving force to separate solid particles from liquid in suspensions. It is widely used in industries such as chemicals, pharmaceuticals, food processing, metallurgy, and environmental protection, particularly for large-scale industrial filtration and dewatering processes.

Working Principle of Vacuum Drum Filter Machine

1、Filtration Phase – A portion of the rotating drum is submerged in the suspension. Under vacuum suction, the liquid passes through the filter cloth into the drum, while solid particles remain on the surface, forming a filter cake.

2、Dewatering Phase – As the drum rotates, the filter cake enters the vacuum zone, where further dewatering occurs to increase its solid content.

3、Discharge Phase – Once the filter cake reaches the desired thickness, it is discharged using scrapers, belts, or back-blow systems.

4、Filter Cloth Cleaning – The filter cloth is automatically cleaned to remove residual materials, ensuring effective filtration for the next cycle.

Due to its high efficiency, continuous operation, and automation, the vacuum drum filter machine plays a crucial role in industrial production. It significantly improves solid-liquid separation efficiency, reduces production costs, and is an essential piece of equipment across various industries.

Introduction to Disc Dryer

Disc dryer (also known as a disc-type drying machine) is a highly efficient, continuous conductive heat transfer drying system widely used in industries such as chemicals, pharmaceuticals, food processing, and environmental protection. It utilizes heated discs (or trays) to indirectly transfer heat to wet materials, ensuring uniform drying while maintaining low energy consumption and a compact footprint.

Working Principle of Disc Dryer

1、Material Feeding – Wet materials are fed into the dryer through the top inlet and evenly distributed onto the first heating disc.
2、Conductive Heating – Heat carriers (such as steam, thermal oil, or hot water) flow inside the discs, transferring heat to the material through conduction for gradual drying.
3、Layered Transport – The material is continuously moved from one disc to another by rotating paddles, progressively reducing moisture content.

4、Moisture Removal & Cooling – The evaporated moisture is discharged through an exhaust system, and a condensation recovery system can be installed. The dried product is finally discharged from the bottom outlet and can be cooled if necessary.

Due to its high efficiency, energy-saving benefits, and ability to handle continuous production, the disc dryer is widely used across various industrial sectors. It not only enhances drying efficiency but also reduces operational costs, making it an economical and environmentally friendly drying solution.