Customisation is easy especially when it comes to the Panther systems. These transmitters and receivers stand out by their ease of use and flexibility. Panther operates at 2.4 GHz and uses technology that allows for interference-free operation of hundreds of systems without any upgrades. The system has built-in fail safe features. It works by that the transmitter sends a continuous heartbeat signal that will automatically shut down the system if it is not detected; if a transmitter is lost or broken, any other transmitter from the same product line can be used as backup. The Panther PLd system can be adapted to virtually all standard overhead crane applications. One transmitter can operate four separate cranes independently. Multiple transmitters can be allowed to communicate with the same receiver. Especially useful when several people need to control the same application. All Panther systems have four billion possible code combinations. Combine multiple systems without radio interference. Overall, Panther is our most flexible system ever.

Parts cleaning concentrates on one important aspect – the technical cleanliness. Today, this is an essential factor in the production process of components. The significance of industrial parts cleaning has largely increased in the past years. Dirt deposits and contamination frequently cannot be avoided during production. To satisfy the requirements of the subsequent processes, such contamination must be removed reliably. Such a problem is not easily solved, and requires expertise in cleaning processes. Rely on HOBART! Controlled, reliable and highly efficient cleaning technology is necessary to ensure the quality and cleanliness of the parts that are to be cleaned. Our effective HOBART parts cleaning systems remove unwanted particles and contamination films from the parts, so that the cleaned parts fully satisfy the residual contamination requirements of the automotive supplier and metal-processing industry. For many years, HOBART has been active in the field of parts cleaning, and can look back a long-term experience. Depending on geometry and number of parts, you can use the spray tunnel washer FUX or the chamber washing system UXTH. We do not leave anything to chance. To ensure that customer-specific cleanliness and drying requirements are always satisfied, we perform a cleaning and drying test for each part in our technical centre. Please feel free to come to our test washing. We would be glad to invite you so that you can experience the machine quality, machine function and - of course - the result for yourself. FUX PARTS CLEANING Due to the modular design of the FUX parts cleaning system, we can react specifically to your individual requirements for cleanliness, drying results or special conveyor systems. After the parts have been fed into the special transport systems, they are transported automatically through the system.

Parts design and 3D printing in engineering plastic materials such as PA12, PA12GB40, PA11, etc. using the MultiJet Fusion technology. Parts obtained by this method are perfectly functional, overcoming the idea of being just prototypes to become a real alternative to injection molding and a cost-effective complement to machining. • Suited for parts of special configuration and/or challenging geometry, impossible to obtain by other methods. • Parts can be machined afterwards to improve their finishes or adjust even more their tolerances. • Extreme dimensional accuracy and maximum level of detail. • Fully functional parts with optimal mechanical properties. • Parts quality supervised throughout the whole manufacturing process. • We can design your parts right from the beginning: with your instructions, we will start preparing your drawings to arrive to our solid proposal ending up into its finite element analysis if necessary. • Accepted formats for drawings submission: STL, IGES, STEP, etc.

Ineo prototipos can produce aluminium and other metal parts. If the geometry and the desired finish allow it, a sand mould is a fast and a cheap way. Direct from the 3D CAD data from the customer and using our additive manufacturing machines, we can make the patterns to build the sand moulds within days and, if necessary, the post-processing of the castings.

Amorphous plastic, PC 1000 has a high mechanical resistance as well as a good creep resistance. When faced with low temperatures, its level of resistance remains. Its dimensional stability is one of the important points, as well as its physiological inertia. PC 1000 is a translucent material and is used in many optical applications.

Tools for soldering THT components, SMD mounting trays, screen printing trays, JEDEC trays, universal carriages, Pressfit, varnish masks, depaneling templates.

Airtech peel plies are specialised fabrics used in the manufacture of composite materials to create a rough surface ready for subsequent bonding or painting. They are placed directly onto the laminate prior to curing and, once the process is complete, are removed, leaving an ideal texture to ensure better adhesion in subsequent steps. These materials are designed to withstand the high temperatures and pressures of curing without contaminating the surface of the composite, thus ensuring the quality of the final product. Airtech offers a wide variety of peel plies to suit different processes and requirements. Among its most prominent options are treated peel plies, which prevent the transfer of contaminants to the laminate surface, and untreated peel plies, which are more suitable for applications where no additional preparation is required. Products such as Econostitch® and Econolease® ensure excellent thermal resistance and are easy to remove after curing, facilitating surface cleaning without compromising the integrity of the laminate.

Bralo Peel Rivet is a break-mandrel blind rivet designed for the fastening, in a fast and simple way, of rigid materials to soft materials or those with low resistance. The head of the mandrel is provided with edges that longitudinally cut the rivet body on the blind side. The rivet body is divided thus into four petals that bend outwards and come into contact with the material to be fastened, creating a locking head with a big diameter. This large expansion on the blind side distributes the load and the clamping force, reducing the risk of crushing and breaking of materials. Once the riveting process is finished, the head of the mandrel comes off leaving a central hole. Available in multiple finishes and epoxy paints.

PEMA Robot welding solutions are designed to meet even the highest demands of the heavy equipment industry. PEMA RWS robot welding station for adaptive welding increases efficiency, production flexibility, and weld quality. The robot station brings improvements and efficiency to heavy manufacturing processes and the station’s automated technology reduces manual work, producing a high-quality final product. The solution optimizes welding processes increasing the production capacity. All welds are designed in PEMA WeldControl which enables smooth and easy programming of the welds.

PFERD cutting tools for stationary applications incorporate the company’s many years of experience in the development and production of milling tools and PFERD’s wide-ranging expertise. With PFERD by your side, you benefit from: Performance: Universal high-performance tools for working on key materials and for the most common stationary applications. Productivity: High productivity due to optimum stock removal rate. Precision: The highest quality standards due to precise micro and macro geometry together with state-of-the-art coatings.

El nuevo perno roscado permite crear roscas duraderas sin virutas en aluminio, magnesio y polímeros, incluso cuando su colocación solo es posible por un lado. Diseñado para responder a las demandas de la fabricación de estructuras lightweight, el SPREDLOC® permite generar roscas resistentes sin necesidad de rosca previa en el componente. El principio de expansión ancla el elemento de forma segura en el taladro, evitando el giro y el desprendimiento, y proporcionando una unión estable y fiable. Ventajas clave • Eficiencia en la colocación: elemento premontado de una sola pieza para procesos rápidos y repetibles. • Proceso limpio: instalación sin virutas ni rebabas, minimizando retrabajos y riesgos de contaminación. • Versatilidad de materiales: adecuado para aluminio, magnesio y polímeros en espesores propios de las estructuras lightweight. • Accesibilidad por un solo lado: colocación "en ciego" ideal para componentes de difícil acceso. • Integración en línea: compatible con un amplio rango de equipos de colocación, desde máquinas manuales hasta sistemas automáticos. Principales aplicaciones El SPREDLOC® está orientado a sectores que demandan estructuras ligeras y procesos de montaje eficientes, como la industria del automóvil y vehículos comerciales, aeroespacial, ingeniería mecánica, tecnología médica, energías renovables, maquinaria agrícola y electrodomésticos. Disponibilidad y soporte Böllhoff ofrece asesoramiento técnico, pruebas en aplicaciones y tests de compatibilidad con máquinas de colocación ya existentes para facilitar la utilización del SPREDLOC® en la producción en serie.