Pharmaceutical tablet press is an important equipment used for tablet process research in pharmaceutical industry, which presses granular or powdery materials into tablets through molds. This kind of equipment is not only used in pharmaceutical factories, but also widely used in veterinary medicine factories, electronic components factories, ceramic factories, chemical raw materials factories and many other fields. Pharmaceutical tablet press has various types, such as single punch tablet press, rotary tablet press, high speed rotary tablet press, etc. Each type has its specific application scenarios and advantages.
A Touch Screen is a screen that receives input signals such as touches. When the user touches the graphic buttons on the screen, the haptic feedback system on the screen will drive a variety of connectivity devices according to pre-programmed programs, thereby replacing the traditional mechanical button panel. As a modern human-computer interaction interface, the application of touch screen in pharmaceutical tablet presses brings many benefits, the following is a detailed analysis of these benefits:
1. Improve production efficiency: touch screen operation is simple and intuitive, reducing the difficulty of operation. Staff can familiarize themselves with the operation of the equipment more quickly, thus reducing misoperation and time wastage during the production process and improving production efficiency.
2. Save space: The touch screen replaces the traditional function buttons, making the equipment more compact and lightweight. This is undoubtedly an important advantage for equipment such as pharmaceutical tablet presses, which need to be installed in a specific space.
3. Easy to clean and maintain: The smooth and seamless surface of the touch screen is not easy to accumulate dust and dirt, and is easy to clean. This meets the pharmaceutical industry's stringent requirements for equipment cleanliness and helps maintain a hygienic production environment.
4. Improve the reliability of the equipment: touch screen using advanced electronic technology, with high stability and reliability. Compared with the traditional function keys, the touch screen is less prone to malfunction, thus improving the overall reliability of the pharmaceutical tablet press.
5. Flexibility and expandability: the touch screen can be customized according to customer needs in terms of appearance, size and function to meet the application requirements of different scenarios. In addition, the touch screen has good compatibility and expandability, and can be easily integrated with other equipment and systems to realize more complex automation control.
6. Enhance the user experience: the touch screen interface is friendly, beautiful and generous, providing operators with a more comfortable and convenient operating experience. This helps to reduce the operator's work pressure and improve work efficiency and satisfaction.
The application of touch screen in pharmaceutical tablet press machine brings a lot of convenience, but you need to pay attention to the following matters in the process of using:
1. Storage and Custody:
Store the touch screen in a temperature environment that meets the specifications to avoid high or low temperatures that may cause damage to the screen.
Avoid placing the touch screen in direct sunlight to prevent screen deterioration.
2. Operation and Maintenance:
When using the touch screen, please be careful not to apply strong shocks to avoid damaging the screen.
The surface of the touch screen should be kept clean and avoid scratching the screen with sharp objects.
The connecting wires (such as FPC) of the touch screen should be avoided bending, so as not to cause the return line to break.
In actual operation, the safety operation procedures of the pharmaceutical tablet press should be followed to ensure that the touch screen can work properly.
3. Design and assembly:
In the assembly design of the touch screen, it should be ensured that the upper case support of the touch screen is set on the outside of the viewing area to avoid obscuring the screen.
The press fit of the upper and lower part of the touch screen should be made of elastic material such as rubber to ensure the stability of the screen.
The upper part (FILM) of the touch screen should not be adhesively fixed to the upper case to avoid affecting the sensitivity of the screen.
When there is a need for waterproofing, the use of materials with good sealing properties should be considered for waterproofing the periphery of the housing.
4. Environmental adaptability:
The touch screen should be able to adapt to the working environment of the pharmaceutical tablet press, such as temperature and humidity.
In humid or corrosive environments, additional protective measures should be taken to ensure the stability and longevity of the touch screen.
To summarize, touch screen as an interactive interface for pharmaceutical tablet presses brings many benefits, including increased productivity, space saving, easy cleaning and maintenance, improved equipment reliability, and enhanced user experience. These advantages have made touchscreens an increasingly widespread application in pharmaceutical tablet presses and an integral part of the modern pharmaceutical industry.