In the biomedical segment, Marposs is primarily focused on what we consider two main segments, disposable products, as bloodlines, dialysis products, flexible pouches, syringes, filters, and glass or plastic bottles. These are products that are normally used outside the body or inserted for temporary purposes and products designed to contain a consumable product like a plastic pill container or glass bottle.
The presence of defects on sealing surfaces, such as porosity, can cause leaks that compromise the correct functioning of the component and jeopardize the life of finished products: the presence of defects on those surfaces may impede the function of the gasket between the mating surfaces by leaving channels free for the passage of fluids. Checking for the presence of surface defects on cast flat couplings is crucial as it allows to analyze the state of the surfaces on which the sealing gaskets will be applied between different components.
Glass is one of the oldest materials. The history of glass dates back to 3500BC. The first hollow glass container was manufactured, by the Egyptians, in 1500 BC. A technological revolution occurred when the blowpipe was invented, in the first century BC. Anyway, the real revolution came with the first automatic bottle blowing machine, invented in the USA by Michael Owens, at the beginning of the 20th century. It allowed to manufacture up to 2.500 containers/hour, making glass containers production possible on an industrial scale.
What is called the car battery is actually a container where the battery cells are located. Depending on the car manufacturer, the battery cells can be either contained in a smaller container (called module) or they may be placed directly into the battery pack. Anyhow, the modules are also embedded in the battery pack.
The electric motor is experiencing an unprecedented global growth trend. This fast diffusion on a large scale in the automotive sector, creates high expectations for the components reliability by both manufacturers and end-users, which has implications for quality and process control requirements along the production chain.
Placing and maintaining a process under control is the key factor for any production. This is even more true for the very demanding semiconductor and semiconductor like manufacturing processes, which can be considered some of the most complex ones, that requires the control of an increasing number of parameters. Not to forget that semiconductor is a brittle and hard material that requires dedicated machine tools to slice, lap, thin, get intelligent and finally cut the die.
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