Vibro - Import export

It is designed for separating flour particles stuck on bran and remaining in bran in flour and semolina factories. The flour and ash particles in the bran are separated and brought into the system and the efficiency is increased and efficiency is provided.

It is used to separate the products coming from bran brushes or filters. Thanks to the unbalanced weight attached to the rotor, it provides a more effective screening by making vibration movement. Rubber wedges on the chassis base prevent the transmission of vibration.

It is used to separate substances such as light grains, husks and dust in wheat with the help of air. Thanks to the vibrating motor at the front, it easily carries out the separation process by spreading the product coming from the flow pipe in the pan.

It ensures that flour and bran-like products coming out of the machines are returned to the factory.

Cleaning: Blower crushers remove foreign objects (stones, soil, metal fragments, etc.) from processed grain and other materials.) performs the cleaning process by breaking it down.

The grain separator is used to separate small and big foreign materials (paper, straws, corn, soil etc. ) from the grain. The product is evenly distributed on the sieves by the adjustment gate at the grain intake as well as the distribution devices on the sieves. The machine consists of a vibrating body installed on a stable chassis. It is driven by two symmetrical vibration motors. The vibration level of the machine is adjusted by changing the inclination level of these motors. Rubber vibration dampeners are used to isolate the vibration. There are two layers of sieves in the grain separator. While the first layer separates the particles bigger than the grain, the second layer separates smaller particles. The grain separator has to be used with an air-channel or radial air separator. This way, the light particles are removed as well.

Min Oil Flow: 100 l/min Working pressure: 150 bar Max centrifugal force: 12000 kg Vibration numbers: 2300 Weight: 1200 kg

Vibrating screen for recycling systems. Bulk product screening and separation. Material flow and screening for waste, metal scrap, WEEE scrap, and copper wire recycling.

The vibration sensors VIBRO-M are intended to detect deliberate destruction of metal grids or metal shields. The alarm is generated in the case of sawing, drilling or multiple beats. Vibration sensors VIBRO-M are intended for detection of destruction of physical fences. The vibration sensor VIBRO-M used for the protection of window, door or gate grids. If the surface of detection allows, it is possible in some cases to use the sensor to protect two grids welded by the metal rod, Like this we decrease expenses. Vandal-proof housing makes it impossible to dismount the sensor without opening the cover. Under the cover there is the tamper. Easy design and reliable sensors are well protected from climatic effects.

The vibration sensors VIBRO-MG are intended to detect deliberate destruction of metal grids or metal shields. The alarm is generated in the case of sawing, drilling or multiple beats. Vibration sensors VIBRO-MG are intended for detection of destruction of physical fences. The vibration sensor VIBRO-MG used for the protection of sewers, storm drains and other fences temporary flooded. If the surface of detection allows, it is possible in some cases to use the sensor to protect two grids welded by the metal rod, Like this we decrease expenses. Vandal-proof housing makes it impossible to dismount the sensor without opening the cover. Under the cover there is the tamper. Easy design and reliable sensors are well protected from climatic effects. VIBRO-MG keeps its specifications under water jets or during temporary flood.

The vibration sensors VIBRO-M are intended to detect deliberate destruction of metal grids or metal shields. The alarm is generated in the case of sawing, drilling or multiple beats. Vibration sensors VIBRO-M are intended for detection of destruction of physical fences. The vibration sensor VIBRO-M used for the protection of window, door or gate grids. If the surface of detection allows, it is possible in some cases to use the sensor to protect two grids welded by the metal rod, Like this we decrease expenses. Vandal-proof housing makes it impossible to dismount the sensor without opening the cover. Under the cover there is the tamper. Easy design and reliable sensors are well protected from climatic effects.

It is used to separate the sticky particles in the moist flour that passes through the filter and comes from the bran

Actran VibroAcoustics A complete, robust, reliable, productive and high performing vibro-acoustic CAE module Actran VibroAcoustics is the most complete vibro-acoustic simulation software currently available on the market. Built on top of Actran Acoustics and relying on Free Field Technologies’ powerful finite and infinite element library, Actran VibroAcoustics provides a rich library of elements, materials, boundary conditions, solution schemes and solvers and is used by the most demanding engineers, researchers and teachers to solve challenging vibro-acoustics design problems. To build the structural model in Actran you can rely on its rich material library. Indeed, Actran features not only conventional materials for acoustic or visco-elastic media but also more specific models for porous or incompressible media, composite materials or active components (including piezo-electric ceramics). All material types can be combined in a single model to achieve the most realistic results. A modal basis may also be imported from most structural FEA codes and be used as a representation of the structural model. Your vibro-acoustic model may be submitted to the most realistic working conditions by combining acoustic, dynamic and kinematic boundary conditions, as well as more physical excitations like diffuse sound field and turbulent boundary layer. Actran AeroAcoustics and VibroAcoustics can be combined: modeling complex aero-vibro-acoustics problems has now become reality! The available solution schemes include coupled or uncoupled models in physical and modal coordinates, in frequency or time domain. The very efficient linear equation solvers and the parallel processing capabilities make Actran the solution of choice for solving industrial-size problems in design optimization processes. Target Applications: Automotive: noise related problems from powertrains, intakes, exhausts, passenger compartment, trim, seats, hoses, tires, windows and windshields, audio, HVAC. Aerospace: sound transmission through cockpit and fuselage, noise propagation in air distribution system, response to TBL excitation, random dynamic response of rocket payload at take-off. Consumer goods: telephones, headsets, loudspeakers, hearing aid devices, disk drives, washing machines, refrigerators, cameras. Defense: underwater acoustics, sonars.

Actran’s powerful and user-friendly pre- and post-processor Actran VI is the new graphical user interface specifically designed for pre- and post-processing vibro- and aero-acoustic analyses of all Actran modules. Including an Actran input file reader to check or modify input files generated by other tools, Actran VI supports several mesh formats (NASTRAN BDF, ANSYS RST and CDB, Actran DAT and NFF, I-DEAS UNV, PATRAN Neutral Format) as input for creating Actran input files. Its various integrated pre-processing tools ease the creation and editing of Actran models. It is easy to visualize specific Actran model features (such as modal basis, sources or infinite elements coordinate system), to specify the projection parameters between incompatible meshes, to insert additional entities (e.g. control points) or to visualize the specified boundary conditions. Additionally, it is also possible to define analysis templates (with or without mesh) to ease the creation of recurrent analyses. The post-processing tool supports different results formats, such as OP2, UNV, NFF, RST, HDF and punch files. It contains different visualization modules, such as contour plots (maps), iso-surfaces, vectors or deformations, which can be freely combined and controlled using different filters. Synchronized viewports makes it easy to compare results at different frequencies, phases, times or related to different load case. An animation module dedicated to complex harmonic results coupled with video export capabilities is also included. Actran VI includes the PLTViewer and WaterfallViewer modules for easily displaying and handling frequency response functions, in single or multiple loadcases. Target Applications: Validation, visualization and modification of existing Actran analyses. Creation of new Actran analyses. Display of all Actran results.