Abstract:
Many bulk printing procedures rely heavily on-screen printing. Over the decades, a great
deal of innovation has occurred, and screen printing now plays an essential role in the
manufacturing, newspaper, textile, and medical industries. Because industrial operations
have become more automated, the screen-printing process has developed from batch to
continuous manufacturing. Screen printing has the advantage of being able to print on
practically any type of surface, including fabric, paper, glass, wood, card, plastic, and
leather. Flat screen printing is commonly done by pushing the squeegee back and forth
manually. We're working on a semi-automatic machine that will provide uniform pressure
rather than unequal pressure. Saving energy and reducing work intensity are two
advantages of using an automatic screen-printing equipment. The method is especially
popular since it enables the machine to effortlessly repeat a design several times. Because
a single stencil can be used to duplicate a pattern several times, it's ideal for making multiple
copies of the same garment or accessory. Our project's main goals are to reduce the
operator's workload, produce high-quality prints, and reduce the amount of time it takes to
print. When compared to a PLC-controlled machine, the cost of making the machine
semiautomatic is lower. Our machine can print on any material; however, our primary goal
is to print on Medical Grade PVC sheets.
