The ‘Camatic’ is Camlock Systems unique, changeable combination system. In the event of the loss or theft of an operating key(s), the lock combination can be altered by a turn of the Change Key.

CAMACTIVE from Camlock Systems is a data driven access control system which allows users to control access to locks from a mobile device. CAMACTIVE allows users to control locks with an intuitive, easy to operate mobile app, which acts as a virtual key and access control credential. Available for both Android and iOS, each user is assigned an individual login.

En este espacio encontraras mes a mes contenidos especializados y gratuitos de distintas temáticas del sector industrial, que ponemos a tu alcance para que tengas una experiencia 360º de MetalMadrid, Composites y Robomática Madrid. Ponencias, mesas redondas, foros especializados y más. Mantente a la vanguardia de la industria con expertos del sector y las temáticas más disruptivas del momento, descubre las últimas tendencias y casos de éxito en transformación industrial.

Bralo caps are made of Nylon and are designed to protect and improve the visual aspect of blind rivets. Simple and fast setting process. Prior to the riveting process, the rivet body is placed in the area designed for the fastening, then is introduced in the application and, after the riveting process is finished, the cap is closed with a click. They can be used with standard rivets of 3.2 to 4.8 mm with a head diameter up to 9.5 mm. and are available in a wide range of colours.

Portable equipment with integrated transducer for checking screwdrivers and torque wrenches. Includes joint simulation to check motor tools with controlled torque.

New torque tester. · One piece aluminium lightweight design · Clear to read OLED Display for accurate readings · Simple one button design for easy of use · USB connnection. · Three modes of use: Peak, First Peak, Track

OXYHTECH carbon cleaner machines are designed to perform internal cleaning of combustion engines by removing carbon deposits that naturally accumulate in the combustion chamber, intake system, and exhaust system over time. These deposits can negatively affect engine performance, increase fuel consumption, and lead to higher emissions. OXYHTECH technology uses an advanced hydrogen gas generation system based on an electronically controlled dry cell. This system produces a reactive gas mixture that helps break down and remove carbon deposits adhered to the internal components of the engine. The cleaning process can be carried out without dismantling engine parts, reducing service time and allowing workshops to offer a fast, efficient, and profitable maintenance service. The machines are designed for intensive professional use and are compatible with a wide range of combustion engines, including passenger vehicles, commercial vehicles, agricultural machinery, marine engines, and other equipment powered by diesel or gasoline. The OXYHTECH range includes different decarbonization models adapted to the workload and operational needs of each workshop. Models such as the OXYHTECH ULTRA provide high gas production capacity and a robust stainless-steel structure, allowing workshops to work with large-displacement engines while ensuring reliability, durability, and stable performance in demanding professional environments.

Combining the unique Daron® 8151 resin with carbon fibers into SMC enables the reliable manufacture of components with superior mechanical strength, low density, E-coat capability and low emissions, while maintaining the design flexibility typical for composites. In recent years, novel SMC materials based on carbon fiber have become commercially available and are now applied at full industrial scale to produce ultra-light structural parts that outperform their equivalents in aluminum and steel. AOC has now developed a unique Daron® resin technology for use in SMC that enables chopped CF molded parts with the mechanical performance of Epoxy Resin CF-SMC to be manufactured with the ease of UPR and Vinyl Ester SMC. The combination with excellent flow behavior during molding, means that the resulting mechanical properties of the parts are truly outstanding (Tensile Modulus at 43 GPa, Tensile Strength over 300 MPa). By working closely with its customers throughout the supply chain, AOC has contributed to producing CF-SMC cost-effectively on an industrial scale, to be used in the engineering and production of structural interior automotive parts. These combine benefits of great mechanical properties, processing robustness in larger series, cost efficiency, extremely low part emissions, and design freedom. Please check out this Blog on the Tucana project for further detail (https://aocresins.com/en-emea/about-us/blog/20211025-carbon-smc-high-performance-delivered-at-industrial-scale/).

C-Tech has a range of laminate types including QI, 0/90 and fibreglass options. Thicknesses range from 0.75mm up to 40mm thick.

Carbon steel coils are available in coiled forms with a width of up to 2,000 millimeters. The thickness can range from 0.3 mm to 6 mm. Steel coils are ideal for multiple applications, thanks to the physical and mechanical properties of carbon steel.