In additive manufacturing, if you want to succeed, then you need high speeds. The crucial question remains: how can you maintain quality while significantly ramping up production speeds?
It helps to have a better understanding of how 3D printing speeds are defined, what they mean for your prints, and tried and tested ways of producing parts faster. To learn more, read our thorough guide below.
Even though airplanes are flying machines packed with technology, passengers typically perceive them as cramped yet passably comfortable traveling environments. Covers and panels hide all the actuators, cables, and electrical and mechanical devices in the plane walls. They also safely shield functional components from passengers while also contributing to the look and feel of the interior cabin space. These panels are commonly made from fiberglass composite materials due to the combination of low weights with high stiffness and load-bearing capabilities.
Subtractive manufacturing (computer numerical control, or CNC machining) has been one of the most preeminent manufacturing methods for the past several decades. Introduced in the 1940’s, subtractive manufacturing was used as a tool to machine highly complex parts that require optimal precision. Essentially, the process involves subtracting or cutting from a block of material to create an end product. Today, subtractive manufacturing comes in many different forms (milling, turning, laser cutting, wire EDM, and carving) and is used for a wide variety of prototyping, production and assembly line applications.
There are several factors to consider before purchasing a large format 3D printer. Since there isn't a 3D printer that will fit every single application that you may have, it is important to understand your application(s). When purchasing a large printer, you can imagine that the printer will take up quite a bit of space and will have electrical requirements. But it is also important to think about your part usage, the material requirements, software required, how the print will be supported and budget.
The BigRep PRO is an industrial large-format 3D Printer to support your company's development and production. Since the PRO launched in 2018, the BigRep R&D team has mainly focused on making this machine better by listening to what the customers wanted.
Australian Bell turns to FEA software and 3D printing to bring bell production into the 21st century.
The musical chimes and resounding gongs of bells have inspired and enchanted people for millennia; whether accompanying religious and spiritual ceremonies, used for communication or played for musical purposes. The process of making bells—known as bellfounding—is almost as captivating as the sounds emitted from the percussion instruments themselves.
Many workshops rely on CNC machining as the backbone of their production processes. However, with the rise of additive manufacturing, more and more companies think about including 3D printing into the workflow or even replacing their CNC machines. Let us give you an overview of what 3D printing can do for you, and how you can best combine both processes.
Recently, a 3D printed house went on sale in New York, first of its kind. Pretty remarkable, but it’s still considered a novelty and must overcome several barriers before successful market adoption.
The additive manufacturing industry is advancing at an incredible pace and technology improvements, material capabilities, use cases, competitors and adoption are at an all-time high with no signs of slowing.