Industrial Automation | MCK Automation | São Paulo | Brazil
Welding Processes
Alumínio
Aluminum is a widely used material for manufacturing a variety of products across various industrial sectors. It boasts lightweight properties, high strength, ease of shaping, and low corrosion resistance, among other benefits.
MCK Welding has expertise in robotic welding of this type of metal, which presents some challenges in its welding process, as its characteristics make it necessary to use more specific methods to achieve the perfect weld.
There are many processes used to weld aluminum, the most commonly used are:
MIG (Metal Inert Gas)
MIG welding is a process in which an electric arc – obtained through a direct current – is established between the workpiece and a wire or aluminum alloy, which combines the functions of an electrode and filler metal, in an atmosphere where an inert gas is present.
TIG (Tungsten Inert Gás)
Na soldagem TIG, o arco elétrico é estabelecido entre um eletrodo de tungstênio – caracterizado por ser não consumível – e a peça, também numa atmosfera de gás inerte.
Neste processo, o arco elétrico pode ser obtido por meio de corrente alternada (CA), corrente contínua (CC) e eletrodo positivo ou corrente contínua e eletrodo negativo.
Advantages
High welding speed;
Lower heat input;
Less splashing
Less gas and smoke when welding;
Guaranteed versatility.
Welding in different positions;
Stainless Steel
Stainless steel is a metal that can also be welded easily when the correct technique is used and the specialist's knowledge and expertise is applied.
Specializing in robotic welding solutions, MCK Welding overcomes any welding challenge. Our focus is delivering a high-performance, reliable system that delivers maximum yield.
Stainless steel can be welded using three welding processes: Coated Electrode, MIG/MAG, and TIG. However, the welding procedure and method vary depending on the characteristics and specificities of the metal and the method used to achieve good weldability.
Vantagens
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Solda em diversas posições;
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Alta velocidade de soldagem;
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Menor aporte térmico;
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Menor quantidade de respingos
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Menos gás e fumaça na hora da soldagem;
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Garantia de versatilidade.
Carbon steel
Carbon steel welding is a widely used resource, due to the satisfactory results when applied to joining different parts of parts and products.
Bring your project to MCK Welding 's team of experts and ensure quality welding that meets your expectations.
All arc welding processes can be used to weld carbon steels. The factors to consider for a specific application are:
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Características do material – tendência a formação de porosidade ou trinca e propriedades mecânicas requeridas
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Detalhes do tipo de junta – espessura do componente, projeto da junta, posição da solda, localização
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Fatores econômicos – taxa de deposição, eficiência, custo da mão de obra, custo dos consumíveis, custo de equipamento, peças de reserva, montagem e limpeza.
Advantages
High welding speed;
Lower heat input;
Less splashing
Less gas and smoke when welding;
Guaranteed versatility.
Welding in different positions;
