Screen printing as a technique of printing employs meshes to transfer ink onto a substrate with the exception of areas rendered impermeable by blocking stencils. Blades or squeegees are then passed across screens, filling open apertures with ink. Meshes get in contact with screens momentarily when reverse strokes get passed. Contact between wet substrates and inks cause printing to occur. When one needs the best screen printing Maryland should be the place to pay a visit.
Other names are also used to refer to this technique. Some of the most commonly used names are screen serigraphy, serigraph printing, and silk-screen. This process can be used to print single color or multiple colors. When multiple colors need to be printed, several screens are used and a single color gets printed at a time.
Before the invention of polyester mesh, silk was the predominant material used. It is from this occurrence that names like silk-screen came up. The adoption of synthetic threads has happened more although polyester is the most dominant synthetic thread in use. Meshes come in different sizes and how the final work appears depends on the mesh size.
The Song Dynasty in Ancient China was where the first recognizable form of silk-screen appeared. This happened around 960 and 1279 AD. Other Asian countries like Japan later adapted the method and newer techniques were invented. Introduction into Western Europe occurred in the later eighteenth century. However, it was not used largely till when silk became widely available for trade from Asia.
Popularization of silk-screen as an artistic technique is given to Andy Warhol. Other individuals who helped to make the technique popular include Sister Mary Corita kent and Michel caza. The works of these two artists received international recognition. The first multicolor screen printing machine was produced and sold by Michael Vasilantone in 1960. Vasilantone later filed for a patent over the machine which was granted in 1969.
The advantages and benefits associated with this technique are many and diverse. For instance, it is suitable because it is able to produce large quantities of substrate per unit time. Up to 1800 shirts can be produced currently. The highest ever achieved number of substrates per unit hour is 1805. This speeds are four times higher than those in typical manual loading operations.
The level of versatility of silk-screen is very high when compared to traditional printing methods. It does not need surfaces used to be planar. Additionally, as opposed to lithography and etching, the surface does not need to be printed under pressure. There is a great variety of materials that can be printed including plastic, metal, paper, textiles, wood, ceramics, and glass. The various materials use different kinds of ink.
The applicability of this technique on a wide variety of materials makes it very suitable for use in different industries. Some industries that apply it are involved in the production of medical devices, thick film technology, textile fabric, clothing, snowboard graphics, balloons, and decals. Others include printed electronics, product labels, and signs and displays.
Other names are also used to refer to this technique. Some of the most commonly used names are screen serigraphy, serigraph printing, and silk-screen. This process can be used to print single color or multiple colors. When multiple colors need to be printed, several screens are used and a single color gets printed at a time.
Before the invention of polyester mesh, silk was the predominant material used. It is from this occurrence that names like silk-screen came up. The adoption of synthetic threads has happened more although polyester is the most dominant synthetic thread in use. Meshes come in different sizes and how the final work appears depends on the mesh size.
The Song Dynasty in Ancient China was where the first recognizable form of silk-screen appeared. This happened around 960 and 1279 AD. Other Asian countries like Japan later adapted the method and newer techniques were invented. Introduction into Western Europe occurred in the later eighteenth century. However, it was not used largely till when silk became widely available for trade from Asia.
Popularization of silk-screen as an artistic technique is given to Andy Warhol. Other individuals who helped to make the technique popular include Sister Mary Corita kent and Michel caza. The works of these two artists received international recognition. The first multicolor screen printing machine was produced and sold by Michael Vasilantone in 1960. Vasilantone later filed for a patent over the machine which was granted in 1969.
The advantages and benefits associated with this technique are many and diverse. For instance, it is suitable because it is able to produce large quantities of substrate per unit time. Up to 1800 shirts can be produced currently. The highest ever achieved number of substrates per unit hour is 1805. This speeds are four times higher than those in typical manual loading operations.
The level of versatility of silk-screen is very high when compared to traditional printing methods. It does not need surfaces used to be planar. Additionally, as opposed to lithography and etching, the surface does not need to be printed under pressure. There is a great variety of materials that can be printed including plastic, metal, paper, textiles, wood, ceramics, and glass. The various materials use different kinds of ink.
The applicability of this technique on a wide variety of materials makes it very suitable for use in different industries. Some industries that apply it are involved in the production of medical devices, thick film technology, textile fabric, clothing, snowboard graphics, balloons, and decals. Others include printed electronics, product labels, and signs and displays.
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