Maintenance and industrial assembly

We specialise in the manufacture, repair, and maintenance of machinery and industrial processes of all types, regardless of size or complexity.
We have a technical department with highly qualified personnel, in constant innovation, who carries out different tasks of assembly, repair, maintenance, and revision in medium and low voltage electrical installations.
We provide comprehensive services covering:
 • Preventive and repair maintenance to prevent breakdowns and extend service life.
We manage equipment maintenance work and/or repair, renovations to increase production or new technologies in order to improve the production system in Industrial Shutdowns (24/7 emergency services).
Medium voltage work and maintenance, processing centres, connection and disconnection to the network.
 • Industrial assembly
Creation of the initial draft with advice on the technology and material to use.
We execute and assemble installations with leading brands materials to guarantee the quality of the materials, the fulfilment of execution deadlines, and a precise adaptation to the customer’s requirements.
 • Automation of industrial processes.
In our workshops, we build electrical power and automation cabinets (see reference E-HOUSE).
 • Explosion proof facilities. We have extensive experience in designing and manufacturing ATEX equipment for zones 0, 1 and 2, being an ismATEX installation company.
 • Energy projects (production) both conventional and renewable.

We specialise in installation and assembly work:

• Low voltage installations.
• Automation and process control.
• Overhead or underground lines for power distribution.
• Premises with risk of fire or explosion.
• Monitoring, control and data acquisition system.

Related projects



El ensayo de penetración estática permite determinar de forma continua la presión necesaria para introducir el cono, el rozamiento lateral y la presión de poro. Con estos parámetros es posible determinar y caracterizar los tipos de suelos presentes en el subsuelo de forma continua.
Los elementos son depositados en el fondo marino desde el buque sísmico mediante una grúa y sus correspondientes cables de acero, así como son controlados desde a bordo.


• Chasis de acero al carbono de alta resistencia y gran estabilidad.
• Pintado mediante sistema de pintura en polvo, recubrimiento termoestable exento de disolventes, obteniéndose un revestimiento de alta calidad.
• Sistema vibratorio mediante un Vibrador eléctrico externos, consiste en un motor eléctrico alojado en una robusta carcasa en fundición, con pesos excéntricos colocados en ambos extremos del eje.
• Robusto sistema de sujeción de la lanza. Regulable en posición y ligero.
• Motor accionado mediante variador de frecuencia. Permite regular la velocidad del motor de una manera sencilla y cómoda. Máxima eficiencia y control del proceso de simulación de la vibración de la lanza.
• Panel de control de fácil acceso y maniobra. Ciclos de trabajo configurables.
• Alimentación a 230v ac 50-60hz.Cuenta con dos fuentes de alimentación de salida, 24v y 15v dc


Outstanding features:
Umbilical cable weight: 1.1-1.2 kg/m
Maximum traction force 11kn (first layer)
General dimensions (approx. 2000 x 1700 x 2000 mm)
Helicoidal gear box
8 ISO 1161:1984 corner castings with rotating lock
Working load limit with 4 lifting points.


• Entirely constructed from AISI 316 steel. Robust design.
• Fitted with a high performance manual pressure pump (100 bar).
• Compatible with all CPT lance manufacturers on the market.
•The test fluid works in a closed circuit, without any leakage possibilities.
• Transportable in a strong duralumin case (included).
• Environmentally friendly since it does not require any oils or other pollutants.


Mobile maritime laboratories are used to carry out the on-site study of the parameters collected by CPT equipment. Recorded signals undergo specialized processing and interpretation to obtain understandable information about the subsoil.
The modular design of the container allows us to adapt it to the most demanding customer needs during manufacture.


Seismic sources can provide individual pulses, generating seismic waves that travel through a medium such as water or rock layers. Some of the waves are reflected, refracted and recorded by receivers, such as geophones or hydrophones. These sensors, in the form of a lance, are nailed to the subsoil by drilling equipment.