uniform distribution Optimize distribution and dispensing uniformity with our carousel dispenser. Simplify the management of hanging uniforms with our efficient dispensing system. Acerca de la compañía :- La Fábrica de Software es una empresa de ingeniería especializada en el desarrollo de sistemas informáticos integrados con nuestros equipos y máquinas, para la gestión automatizada y control textil en hospitales, fábricas, lavanderías industriales, tintorerías, etc. Contamos con personal cualificado dedicado a la investigación y desarrollo de soluciones innovadoras orientadas a atender las necesidades específicas de cada uno de nuestros clientes. Somos creadores del Lavander 4, un sistema informático diseñado para ofrecer, desde cualquier dispositivo, el control real e inmediato de albaranes, facturas, stocks, producción y rentabilidad de una planta, entre otras muchas funcionalidades. Ofrecemos sistemas de última generación para el control de vestuario profesional, entre lo que destacamos nuestros dispensadores automáticos de ropa laboral, máquinas de retorno de unformidad y sistemas de taquillas inteligentes. Haga clic aquí para más información. :- https://lafabricadesoftware.es/en/dispensacion-de-uniformidad-colgada/ Ubicación :- C. Leonardo da Vinci, 9, 28946 Fuenlabrada, Madrid Enlaces de perfil de redes sociales- https://www.facebook.com/LaFabricaSoft/ https://twitter.com/LaFabricaSoft https://www.linkedin.com/company/la-fabrica-de-software-sl/?viewAsMember=true

Taquillas inteligentes RFID Descubre nuestras taquillas inteligentes RFID, una solución segura y eficiente para el almacenamiento y control de objetos. Con tecnología RFID, nuestras taquillas ofrecen un acceso conveniente y seguro. Acerca de la compañía :- La Fábrica de Software es una empresa de ingeniería especializada en el desarrollo de sistemas informáticos integrados con nuestros equipos y máquinas, para la gestión automatizada y control textil en hospitales, fábricas, lavanderías industriales, tintorerías, etc. Contamos con personal cualificado dedicado a la investigación y desarrollo de soluciones innovadoras orientadas a atender las necesidades específicas de cada uno de nuestros clientes. Somos creadores del Lavander 4, un sistema informático diseñado para ofrecer, desde cualquier dispositivo, el control real e inmediato de albaranes, facturas, stocks, producción y rentabilidad de una planta, entre otras muchas funcionalidades. Ofrecemos sistemas de última generación para el control de vestuario profesional, entre lo que destacamos nuestros dispensadores automáticos de ropa laboral, máquinas de retorno de unformidad y sistemas de taquillas inteligentes. Haga clic aquí para más información. :- https://lafabricadesoftware.es/inicio2/

rfid reading tunnel Discover our RFID reading tunnel, an advanced solution for the automatic identification of products. Improve efficiency and accuracy in inventory tracking with our RFID technology. Acerca de la compañía :- La Fábrica de Software es una empresa de ingeniería especializada en el desarrollo de sistemas informáticos integrados con nuestros equipos y máquinas, para la gestión automatizada y control textil en hospitales, fábricas, lavanderías industriales, tintorerías, etc. Contamos con personal cualificado dedicado a la investigación y desarrollo de soluciones innovadoras orientadas a atender las necesidades específicas de cada uno de nuestros clientes. Somos creadores del Lavander 4, un sistema informático diseñado para ofrecer, desde cualquier dispositivo, el control real e inmediato de albaranes, facturas, stocks, producción y rentabilidad de una planta, entre otras muchas funcionalidades. Ofrecemos sistemas de última generación para el control de vestuario profesional, entre lo que destacamos nuestros dispensadores automáticos de ropa laboral, máquinas de retorno de unformidad y sistemas de taquillas inteligentes. Haga clic aquí para más información. :-https://lafabricadesoftware.es/en/tunel-uhf/ Ubicación :- La Fábrica de Software C. Leonardo da Vinci, 9, 28946 Fuenlabrada, Madrid Enlaces de perfil de redes sociales- https://www.facebook.com/LaFabricaSoft/ https://twitter.com/LaFabricaSoft

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Mechanical Designer vs Mechanical Engineer Both mechanical designers and mechanical engineers play crucial roles in the development of new products and systems. Although there are similarities between them, there are stark differences between the duties of a mechanical engineer and the duties of a mechanical designer.To get more news about https://www.gstarcad.net/mechanical/ mechanical cad, you can visit shine news official website. Mechanical engineers work with other design professionals to take a project from the initial design stages to the final manufacturing or construction stages. Often referred to as drafters, mechanical designers specialize in using 2D and 3D CAD design software to create highly precise technical designs and digital models. The illustrations and models that a mechanical designer creates are based on the initial sketches made by the mechanical design engineer. A mechanical designer must follow the specifications and instructions the mechanical engineer provides. The aim of the process is to transform an initial sketch of an object or product into a complex and precise technical design ready for manufacturing. What is a mechanical engineer? Engineering broadly describes the use of science and technology to design, build, and use machines, structures, and engines. Engineering covers a wide array of careers in the STEM (Science, Technology, Engineering, and Math) fields, from pharmaceutical development to civil engineering to product development. A mechanical engineer specializes in designing, building, and repairing complete mechanical systems and machines and their components. These systems and machines are usually intended to fulfill a particular function or purpose, such as a piece of medical equipment, an automotive engine, or an aeronautical component. What do mechanical engineers do? A mechanical engineer is involved in every phase of developing a product, component, machine, or structure. This includes material selection and part design, product and part testing, manufacturing, and vendor development. Mechanical engineers use sophisticated 3D CAD modeling software to create the initial designs. The mechanical engineer then tests the designs using structural and thermal simulations generated by CAD software. What are the qualities of a good mechanical engineer? Good mechanical design engineers take a precise and thorough approach to every aspect of the design process. They are equipped with good analytical and technical skills focusing on exceptional knowledge of mechanics, CAD design software, and engineering drawing. To succeed in their careers, mechanical engineers must have excellent knowledge of mathematics and physics and a high level of computer skills. They should understand every aspect of the machine or system they are creating. As well as the practical functional aspects of their designs, mechanical engineers must also consider the ease of assembly, the cost of manufacturing, how the object will be disposed of, and other such macro-level factors.

Access millions of 3D CAD models powered Megatech Software GmbH and CADENAS GmbH expand their close partnership of more than 20 years: Millions of 3D CAD models and the corresponding standards of more than 700 manufacturer catalogs of the Strategic Parts Management PARTsolutions are now directly available in the CAD software solutions MegaCAD Metal and Mechanical Engineering. Thanks to the seamless integration of PARTS4CAD Professional, users can find the desired CAD components within the component library directly in the MegaCAD software and configure them according to their needs. Inserting the digital, manufacturer-verified engineering data into engineering designs takes just a few clicks - and all this without intermediate storage or system changes.To get more news about https://www.gstarcad.net/mechanical/ mechanical cad, you can visit shine news official website. The direct integration of intelligent engineering data into Megatech's pioneering software solutions is a real added value for engineers and planners and decisively accelerates product development. "Our long-standing, close partnership with Megatech is further intensified by the PARTS4CAD Professional integration. Both companies have the shared interest of effectively supporting designers and planners in their day-to-day work. We can fulfill this goal even better by cleverly combining innovative solutions," says Jürgen Heimbach, CEO of CADENAS GmbH. The large selection of manufacturer catalogs powered by CADENAS offers the desired components for many applications, industries and systems. This now also includes MegaCAD Mechanical Engineering, which is mainly used by designers and medium-sized companies for (specialized) mechanical engineering, while MegaCAD Metal is used for the planning of canopies, industrial staircases, projecting balconies or doors and gates in steel, aluminum and stainless steel. "The seamless integration of all common standard parts and manufacturer standard parts from PARTS4CAD in MegaCAD saves users the time-consuming search via other channels. Thus, the cooperation with CADENAS and the possibility to conveniently edit all inserted parts brings us another step closer to our goal of making CAD as easy as possible," says Volker H. Rüger, Product Manager Megatech Software GmbH.

The Role of Computer-Aided Design (CAD) in 3D Printing 3D printing has become increasingly popular in the manufacturing industry. Manufacturing companies of all shapes and sizes now use it to build prototypes as well as finished products. Although there are a variety of 3D printing processes, however, most of them rely on computer-aided design (CAD). Before a manufacturing company can build a prototype or product with a 3D printer, it must digitally design the respective object using a computer. For a better understanding of CAD and the essential role it plays in 3D printing processes, keep reading.To get more news about https://www.gstarcad.net/cad/ cad computer aided design, you can visit shine news official website. What Is CAD? CAD is the process of designing an object using computer software. There are various types of CAD software (see below), for instance, that manufacturing companies use to design their prototypes and produces. While their features vary, they all support the digital creation of object models. Manufacturing companies use CAD software to design three-dimensional object models in precise shapes and sizes. Why 3D Printing Requires CAD Most 3D printing processes require the use of CAD software because it provides the instructions needed to build a prototype or product. As you may know, 3D printers build objects by depositing material onto a substrate known as a print bed. They contain a nozzle that’s connected to a filament of material. The material is extruded out the nozzle and onto the print bed. After completing the base later at the bottom of the print bed, the 3D printer will begin to work on the next layer. 3D printers are governed by rules or instructions included in a CAD file. They use the information contained in a CAD file to determine how much material needs to be deposited and where, exactly, the material should be deposited. Therefore, manufacturing companies must create a CAD file beforehand. Using CAD software, they’ll design an object model in the appropriate size and dimensions. After completing the object model, the CAD file is saved and uploaded to the 3D printer for processing. The 3D printer will then build the object using the instructions included in the CAD file. In Conclusion CAD is an essential component of 3D printing. Without a CAD file, a 3D printer won’t have the instructions it needs to build a prototype or product. The CAD file tells the 3D printer how much material it needs to deposit and where the material should be deposited.