#Novidades 3d max 2015 driver#
Because it is a digital process, it can be used to create one-of-a-kind objects or longer runs of the same object at a relatively consistent cost per part, with the quantity and type of deposition material – plastic resins, metals, ceramic and more – being the driver for total cost. This is referred to as additive manufacturing, as opposed to more traditional manufacturing models where material is subtracted to create the object – such as drilling, milling, lathes, etc. Input materials can be various types of powders, filaments and liquids, but what they all have in common is the ability to deposit material in layers to create the desired object. It is a low-temperature, high-speed, solvents process that can be used in printing, coatings, decorating, and – yes – 3D printing.ģD printers come in a variety of flavours. It is instantly dry and typically bonds well to a wide range of substrates. With UV curing, ultraviolet light and visible light are used to initiate a photochemical reaction that generates a cross-linked network of polymers. Systems using UV-curable inks deliver a more durable product.
#Novidades 3d max 2015 professional#
Water-based inks require specialised substrates to minimise the amount of ink absorption, and for higher volume, more professional applications, inkjet printing systems include elaborate drying systems to remove water from the paper, leaving the ink pigments behind. These printers create a digital image on paper or other substrates by propelling droplets of ink with extremely accurate placement.
The inkjet printing that most people are familiar with uses water-based inks, such as the inkjet printers used in homes and offices around the world.
The Mimaki 3DUJ-553 is the company’s first foray into 3D market, using a unique technique based on its advanced UV inkjet printing technology.
Making the leap from UV-curable 2D inkjet printing devices to 3D printing was a logical step for Mimaki, and the company has dedicated significant R&D resources to its 3D development efforts. Europe is its biggest market at this point. With 1.580 employees worldwide, the company generates revenues of approximately $375 million euro annually. These can produce a variety of applications, such as indoor and outdoor signage, packaging, promotional gifts and soft furnishings, to name a few. Who is Mimaki?įounded in Japan in 1975, Mimaki has steadily grown by reputation and influence into a global printer manufacturing company, establishing itself as a leading manufacturer of wide format inkjet printers and cutting machines. It is for this reason that the manufacturing of 3D printing engines is an attractive opportunity being pursued by a number of companies, including Mimaki. believes 3D printing will eventually capture 5% of the global manufacturing capacity, which would make 3D printing a $640 billion industry. Today, the market share of 3D printed materials is miniscule. Yet with all the growth and projected growth, it is still a largely untapped market. It’s projected to grow from about $7 billion in 2016 to $21 billion in 2020. in 2015, the 3D printing market may finally be entering a hockey stick growth phase. According to a market forecast produced by Wohlers Associates, Inc. But over the past few years, we have begun to see hype meet reality as the market is beginning to see exponential growth. Like many emerging technologies, it went through a period of what some would describe as excessive hype and was perceived more as a novelty than as a disruptive technology that could significantly impact traditional manufacturing strategies. 3D printing, also referred to as additive manufacturing, has been around for many years.
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