Descubre nuestrO SERVICIO

Microplasma Welding

Microplasma welding is based on the fusion of materials by means of an electric arc produced at the tip of a tungsten electrode aided by a gas, usually argon, in a plasma state and protected by a second inert gas, usually argon and hydrogen.
hombre realizando soldadura por microplasma en una tubería metálicaPIDE TU PRESUPUESTO

Confían en nosotros

logotipo aleli restaurante italiano
logo armand basi negativo
logo audi
logotipo BMW cliente de grabación de piezas mecánicas
logo CastelOmega cliente de soldadura láser
logotipo CUPRA cliente grabación de piezas mecánicas
logo Mecánicas Draguer cliente de soldadura láser
Euroleague Basketball cliente de grabación 3D de piezas mecánicas
Sedal cliente de soldadura láser
logo futbol club barcelona fcb
logo golmar electrónica
HOACO cliente de grabación 3D de piezas mecánicas
IBERFLUID cliente de grabación 3D de piezas mecánicas
logo indian motorcycle
logo irene conca
iVascular cliente de soldadura láser
logo jbc soldadura
Jemi cliente de soldadura láser
logo jis cierres eléctricos y cerraduras
logo KENNAMETAL cliente de soldadura láser
logo liga nacional de hockey hielo
logo lince
logo LLAMBRICH cliente de soldadura láser
logotipo menshen cliente de grabación 3D de piezas mecánicas
logo mepal grupo construcciones metálicas
logo moto gp
logo nike negativo
logo RIBA MECANIZADOS cliente de soldadura láser
logotipo seat
logo Pines Española cliente de soldadura láser
TECNOCUT cliente de grabación 3D de piezas mecánicas
logo x games deportes extremos
¿POR QUÉ?

Smaller beading size than TIG welding

This technique concentrates the focus of the gas much more, which reduces the impact area, allowing greater precision since smaller seams can be made than in the case of TIG welding.

icono

Good accuracy

More accurate than pulsed TIG, although not as accurate as laser welding.
It concentrates the melting flame more, which reduces the impact zone.

icono

Minimizes bites

In areas with sharp edges, it allows welding ends, minimizing the classic bites.

icono

"All-terrain"

It is our "all-terrain" technique where precision and economy are combined.

icono

Speed

It is faster than laser welding, although slightly slower than pulsed TIG welding.

Ideal para diferentes tipos de materiales

soldadura láser y grabación en material de acero inoxidable
Hardened steels
Grabación y soldadura con materiales de hierro
Iron
soldadura láser y grabación en material de acero inoxidable
Stainless steel
soldadura láser y grabación en material de acero inoxidable
Unhardened steels
SOLICITA TU PRESUPUESTO
CARACTERÍSTICAS

Una a una

Descubre en qué destaca cada uno de nuestros servicios de soldadura o grabación láser
PIDE TU PRESUPUESTO
Resistencia
Puntuación
Precisión
Puntuación
Rendimiento
Puntuación
Aporte
Puntuación
Versatilidad Materiales
Puntuación
Seamos francos

Pros y Contras

Toda tecnología debe ser usada y elegida sabiamente para evitar sobrecostes. Por eso siempre queremos transmitirte las ventajas e inconvenientes de la Microplasma Welding

Greater accuracy

Because it concentrates the flame much more, it offers the necessary precision for the required input.
The foot pedal allows precise control of the fusion, suitable for delicate work.

Fewer bites

In areas with sharp edges, it allows weld ends, minimizing the classic weld bites.

"All-terrain"

It is our all-terrain technique where precision and economy are combined.

Cost

It offers great value for money.

Precision

It is not as accurate as laser welding.

Heating

The part to be welded reaches high temperatures, which could deform small parts.

Preguntas frecuentes

Seguro que tienes muchas preguntas sobre el funcionamiento de nuestro servicio de Microplasma Welding

Do you have a defined price for welding or engraving?

Yes, we do, however each client is different and our approach is to make a budget totally tailored to you, so that you never overpay.
That's why it's always best to contact us, so we can give you an estimate.

What is the delivery time?

Speed is very important and for us it is common to deliver orders in less than 24 hours.
Although all this depends on the volume and difficulty of the work.
The best thing to do is to contact us and propose your project. When we have all the details we can give you an estimated deadline.

What is microplasma welding?

Microplasma welding is a welding technique that uses an electric plasma arc to melt the materials to be joined.
This method offers very precise arc control and is ideal for detailed, high quality work on thin materials.

In which applications is microplasma welding used?

Microplasma welding is used in industries that require versatility and precision.
Such as mold, die and other mechanical parts.

What are the key parameters of microplasma welding?

  • Welding current: The amount of electric current used to generate the plasma arc.
  • Plasma Gas: Ionized gas that forms the plasma, usually argon or a mixture of argon and hydrogen.
  • Shielding Gas: Inert gas used to protect the weld zone, such as argon.
  • Electrode Diameter: Size of the tungsten electrode that affects arc control and accuracy.

How is microplasma welding performed?

  1. Preparation: Clean the surfaces to be welded.
  2. Parameter Setting: Set the current, plasma gas and shielding gas parameters according to the material and type of weld desired.
  3. Execution: Start the plasma arc and guide the torch along the weld joint, maintaining precise control of the arc and distance.
CONTACTA CON NOSOTROS

¿Listo para empezar?

Solicita tu presupuesto de Microplasma Welding

Es muy sencillo. Sólo te pediremos alguna información de contacto y algunos datos sobre vuestro proyecto que nos ayudarán a daros el precio más ajustado.

¿Listo para empezar?

Solicita ya tu presupuesto a medida y descubre por qué han confiado en nosotros los mejores clientes. 
PEDIR PRESUPUESTO
Créditos
checkmark-circlecross-circle
linkedin facebook pinterest youtube rss twitter instagram facebook-blank rss-blank linkedin-blank pinterest youtube twitter instagram