ROTARY VIBRATING BOWL FEEDERS
ÖZMAK OTOMASYON manufacturers Rotary Bowl Feeders that are offering an effective and efficient technical solution for many industrial applications and factory automation. After being vibrated inside the vibratory bowl, workpieces are transferred through grooves overcoming the traps and arriving in a uniform shape for the desired work process. This movement process performed over the formed grooves is an automation task that requires synchronization and continuity. One of the most important factors here is the material and form of the workpiece. Our company receives enquiries not only from the metal sector but also from a variety of different industries that are using various materials. For example, we have completed projects for various material types such as rubber, medical supplies, plastic, and various composite materials. Special craftsmanship is crucial in the production of Rotary Vibrating Bowl Feeders. The construction of the traps designed to bring the material step-by-step to the desired direction is the result of skilled manual labor and the accumulated experience of many years. Minimizing production stops on factory production lines is essential. In today's conditions, competitiveness is directly related to efficiency. Optimization of the correct vibration frequencies, alignment of the appropriate flooring, selection of the right servo motors, and ensuring proper wiring and electrical installations are also important elements. One of the key aspects is to carefully analyze the factory production lines for making the correct identification of the work processes that can be taken under automation. In the business areas that we have served so far, we have achived to reduce the costs of various processes significantly. Many processes that were considered as not possible have been integrated into automation by means of our Circular Vibrating Feeders. Our machines have been succesful in providing savings in terms of operators, energy, and consumables. Our fundamental goal is to integrate internal productions into automation and thereby increasing production speed and efficiency. For example, in our applications, we have managed to convert many processes that originally required two or three steps into a single process. As a result, the industrial companies and manufacturers, that we are co-operating with, have embraced us as a factory automation partner. Our efforts continue in this direction, and our aim is to provide effective and competitive automation solutions for our clients.
As a company, we also provide development and engineering services for rotary bowl feeders. We offer technical support for installation, software, and control panels for the machines we produce. As shown, with the control panel we provide alongside our rotary vibrating feeder machines, the number of parts, process speed, and process parameters can be effectively. monitored. It is important for our customers to provide us with a sufficient number of product samples to carry out our work. Following that, we can begin our testing and trials, which may take several weeks. It is also crucial that these samples are representative of the actual workpieces. This is the only way we can determine how the material behaves under vibration conditions. Our Engineering and Automation team is responsible for selecting materials, motors, wiring, and equipment accordingly. Our company pays special attention to choosing the highest quality materials. Depending on customer requests and working conditions, we can manufacture the outer casing using stainless materials or various coatings. Our company supplies products to many sectors, including metal, manufacturing factories, industry, medical, defense, automotive, and white goods. Most of the parts, bodies, and equipment related to our rotary vibrating bowl feeding machines is carried out entirely within our facilities. This allows us to maintain our production under control. We would have pleasure to make for you a special & free of charge study for the purpose of bringing your industrial parts and components into factory automation work flow.
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