InterBolt Smart Bolts for Remote Monitoring of Bolted Joints The best way to ensure high integrity of bolted joints is to measure the load or tension of the bolts. Historically, direct bolt load measurement has required specialized equipment and technicians on-site, making it impractical for most applications. InterBolt technology incorporates a high-precision sensor that is either mounted directly on or threaded into the bolt. The technology provides: - Real-time bolt load measurements for technicians during installation to ensure bolts are tightened accurately and repeatably. - Remote bolt load monitoring, eliminating the need for periodic manual inspection. - Continuous, high-precision bolt load measurements that can be used to predict bolt failure, enabling preventative maintenance.

International Additive Manufacturing Qualifications System It is the only system of qualifications of personel recognized worlwide. Qualifications available: Engineer, Coordinator, Designer, Operator

https://cesol.es/relaciones-internacionales.html

MIG-MAG/FLUX/BRAZING/MMA/TIG DC-Lift inverter multiprocess welding machine with 4 rolls wire feeder. The WAVE OS system makes welding operations: customisable to suit customer-specific requirements; traceable and analysable, by saving data via USB; simplified, thanks to SYNERGIC adjustment of parameters. It is possible to operate on different welded materials (steel, stainless steel, aluminium), brazed materials (galvanised and zinc-plated sheet metal) in pulse and double pulse (PULSE and POP) and with advanced welding arcs (ROOT-MIG, ATC, DEEP MIG). Complete with VRD device. Supplied with various stored welding programs, it is also possible to store, trace and export more customized programs. Complete with MIG-MAG torch, cable and earth clamp and water cooling unit.

Inverpulse is a range of microprocessor controlled, MIG-MAG/FLUX with gas/BRAZING/MMA/TIG DC-Lift inverter multiprocess welding machines. The WAVE OS system makes welding operations: customisable to suit customer-specific requirements; traceable and analysable, by saving data via USB; simplified, thanks to SYNERGIC adjustment of parameters. It is possible to operate on different welded materials (steel, stainless steel, aluminium), brazed materials (galvanised and zinc-plated sheet metal) in pulse and double pulse and with advanced welding arcs (ROOT-MIG, ATC, DEEP MIG, AB PULSE, AB POP).

The DHC 6510R Inverter heater is one of our resistance heating equipment designed to offer high performance during the preheating phase of the welding process. Offers uniform and stable heating to desired temperature with minimal drift. Also, the surface of the material is not charred like when using flame heating. The DHC 6510R Inverter Heater has been designed for post-weld material annealing, stress relief, hydrogen content reduction, as well as weld preheating up to 1050 ° C. It is equipped with a higher level of programming, as it allows multi-zone mode, linking and copying programs, adjustments… that is, more control and more value in all the work carried out.

Thanks to the technology of Investment Casting we obtain pieces of complex geometries, with narrow tolerances and very tight roughnesses without having to rework the piece a posteriori with machining or welding. This contributes to great savings and final finishes of great quality in a single production process. We are specialized in pieces from few grams up to 75 kilos in this technology. The excellent quality of the surface finishing allows us to insert the desired logo or code directly from the mold. Investment Casting allows us to melt any material without changing its mechanical properties. To produce the pieces, wax models are made through the use of molds made of aluminum by machining or EDM, successively placed in appropriate tanks containing thermosetting resins and ceramic microgranules. Both joints polymerize, rising an outer coating resistant to the very high temperatures of the melt metals. In order to minimize the possibility of formation of micorporosities in the foundries, the so-called “Cluster” or “Shell” is introduced inside a high temperature autoclave for the complete evacuation of the residual wax, obtaining a negative mold ready for the following operation. Then, after properly preheating the “Shell” or “Cluster” the melt metal is emptied therein and allowed to cool in a controlled temperature environment to avoid any hardening of the metal. The outer shell will be destroyed and the molten sheets of the fusions will be removed one by one before proceeding to the following machining or surface finishes.

Investment casting - lost wax - steel (carbon, stainless, duplex)

Ecrimesa Group located in the north of Spain, in Santander city consist of three companies: ECRIMESA for Investment Casting technology , MIMECRISA for MIM (Metal Injection Moulding Technology) and MECANSA for machining with a full equipped machining workshop. World of today demands more and more for higher performance qualities, more complex designs and much more exigent application accurancy and safe functioning. In this world of new technologies, Ecrimesa Group offers wide possibilities to the present industry. Longer than four decades support Ecrimesa Group experience in suppling components of high technical properties in steels and other alloys, competing advantageously in quality and price with other traditional manufacturing processes. This is made possible thanks to our design characteristics and finishing with tight tolerances and machining saving. With human resources of more than 200 people, Ecrimesa Group combines youth and experience to provide a dynamic and modern Company. Service to our customers and environmental protection are very important parts of our management philosophy. To meet these requirements Ecrimesa Group is equipped with the most advanced and modern production facilities.

Time to be creative! Minimum requirements, maximum benefit: 24 V and a mobile network – that's all the io-key needs to do its job. If both are available the IoT gateway sends the data directly from IO-Link sensors to the cloud. It does not matter to the io-key if it is in a sea container, in a supply silo in the middle of hectares of arable land or in a remote machine far from existing IT infrastructures. In other words: With the io-key the IIoT is always there where you need it. This opens up new opportunities in process monitoring – and innovative approaches for increased customer service.

n the past binary switches usually provided simple switching signals or analogue values. Today the data from intelligent sensors is the basis for the next industrial revolution. Sensors that extract all the information from your machines and equipment using the key technology IO-Link. IO-Link has been developed by leading sensor, actuator and control manufacturers. The result is a standardised and field-bus independent interface for automation. This provides the user with point-to-point connections without complex addressing. An IO-Link system consists of an IO-Link master and several IO-Link devices. IO-Link is a manufacturer-independent point-to-point communication system used to connect sensors and actuators to an automation system. An IO-Link system consists of an IO-Link master and several IO-Link devices. The IO-Link master represents the interface to the controller or fieldbus level and communicates with the connected IO-Link devices.

Safety cabinets equipped with the Real-time Asset Monitoring System allow you to view your stocks and their location 24/7 via a digital portal. r. This sensor uses RFID technology. RFID (Radio Frequency Identification) technology is able to continuously scan who has opened the cabinet, whether or not an item is present in your cabinet and who has used it. This information can be easily read via the included portal.

A beam is a hot-rolled steel profile shaped like an "H," "I," or "U" and used in construction. It is characterized by having flanges parallel and perpendicular to the web. It is a lightweight and strong profile, ideal for supporting heavy loads and distributing weight efficiently. High-strength steel: Made of high-strength steel and hot-rolled, it is ideal for structural applications.