
In most cases, products require packaging for protection purposes, but they
can also facilitate shipping and handling. This packaging protects against
shock, extreme temperatures and humidity, especially for potentially
contaminated food products. The fully automatic case packing machine adopts
pneumatic components without oil lubrication. Packaging is a useful resource for
storage and efficiency when dealing with products for retail purposes. Food
packaging machinery is designed to handle substances such as sugar and flour
that workers cannot. Armed with this machinery, companies are able to provide
fast and efficient means of packaging for many industries including food
packaging, electronics, agriculture, manufacturing and pharmaceuticals.
Packaging dates back thousands of years. Early packaging had to be done manually
and was likely made of wood, skin, leaves and other similar materials. Over
time, packaging is made from woven bags, baskets, straw and other containers
such as ceramics.
During the 19th and 20th centuries, packaging machinery began to become
more common. New packaging types were invented, such as bags, food packaging,
storage boxes and retail packaging mainly made of paper. In 1894, Friedrich
Hesser developed the first bagging machine for packaging goods. Later in 1890,
Michael Owens invented the first automatic rotary bottle maker, which made glass
containers popular from then until the 1960s. Plastics were subsequently
introduced to the packaging industry in the early 1900s. In 1906, the first
packaging machine for containing new materials was invented. After World War I,
packaging machine manufacturers and inventors were busy figuring out new ways to
pack goods efficiently. Consumers make extensive use of packaging such as
cardboard boxes and metal cans in their daily use. Flexographic printing was
invented in the late 1920s and allowed companies to print on their packaging
more accurately. Packaging technology became so popular that Michigan State
University became the first university in the world to offer a packaging
engineering degree in 1952. During this time, advancements in the pharmaceutical
and health industries began to utilize packaging machinery to pack materials
more efficiently. Today, most packaging equipment is automated to increase
efficiency and reduce production time. These machines are controlled by CAD and
CNC machines to reduce labor costs. The goal for the future is to find more
sustainable forms of packaging and equipment. Packaging equipment has many
benefits. First, it's a very economical way for companies to package and
distribute goods. They essentially eliminate labor costs for workers by using
automated systems such as CAD and CNC machining. Packaging equipment also works
well. These machines are able to control the product and dispense it correctly
into the packs, eliminating accidental loss of goods, debris, and dispensing the
right amount of product in each pack. Finally, the risk of worker injury is
eliminated. Manufacturers have standard packaging machines in stock for
purchase, but custom systems can also be ordered. Depending on your application
needs, it is important to consider capacity, available floor space, labor
requirements, required packaging quality, and energy requirements and
constraints. Complex systems, such as machines capable of performing all basic
packaging, can also be customized. The fully automatic case packing machine can
be customized according to other special requirements and functions.
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