three-layer tablet pressIt is the key and important equipment in the production equipment, and ≥its performance is directly related to the product qualityδ. Therefore, the development of the structure of the three-layer tablet press is$ highly valued by people. The three-layer tablet press is m×ainly composed of stamping die, feeding mechanism, filling adjustment mechanism, preΩssure adjustment mechanism and ejection mechanism. The principle is that th<e rotation of the eccentric wheel drives the up and down movemen&t, thereby generating relative movement and pressing into a pie"ce. The function of the pressure regulator of the t✔hree-layer tablet press is to adjust the upper and lower distance. In the c∏ase of a certain filling material, the greater the upper and lower press‌ure, the closer the upper and lower distance, the greater the pressure; otherwise, the smaller' the pressure. Multifunctional tablet press catalyst tablet press high-speed tablet press mac'hine_disinfection tablet press.

The three-layer tablet press is to press the particles into a circular, irregular structure sh↑ape with a diameter of no more than 13mm, and has automatic cont$inuous development of production technology equipment wi±th characters, symbols and graphics. There are two main design pri‍nciples for its preparation: dose control and sheeδt thickness and compaction control. Multifunctional utiliφzation of tablet press catalyst through the tablet pr$ess high-speed tablet press disinfection is also a tablet press.

1. Dose control. Various tablets have different dosage requirements. By selec•ting dies with different punch diameters, large doses can be adjusted. After™ selecting the mold size, the micro dose adjustment is to adjust the filling amount of medici÷ne in the mold hole by adjusting the depth of the lowe₹r punch entering the mold hole and changing the actual le•ngth of the mold hole behind the back cover. Therefore, on the thr∏ee-layer tablet press, there should be a mechanism to adjust the original position of the p™unch in the die hole to meet the requirements of dose adjustment. In terms of dose' control, the principle of the feeder also has a considerable impact. For example, the partic≤les roll freely into the middle of the die hole under the action of their own weight, and the fil‌ling conditions are relatively loose. If multiple forced inlets are used, the mold holes w₩ill be filled with more drug and filled more densely.

2. Control the thickness and degree of compaction. The dosage of the ∏tablets cannot be changed. In order to meet the requirements of storage, storage and disintegratioγn time of tablets, the three-layer tablet press also requires $a certain pressure, which will also affect the actual thickness and appearance of the tablets>. The pressure regulation of the three-layer tablet press is essential. ‍This is achieved by adjusting the downward flow of the upper punch in the die hole. Some threδe-layer tablet presses not only have up and down movements during the compression pro∞cess, but also have up and down movements, and the compression process is completed thr ough the relative movement of up and down. Pressure regulation is mainly achieved by adjustingπ the volume of the mechanism to adjust and control the pressur§e.