Vibrator - Import export

Load-out systems with shuttle conveyor maximizes scrap removal. The PRAB shuttle conveyor load-out systems automate final load-out of stamping scrap, die scrap and machining scrap into large trailers or railcars to maximum container fill. Open frame construction provides personnel quick and safe access to carry over. This scrap material conveyor features a traversing, bidirectional steel belt designed for final load-out of stamping and die scrap, as well as chip processing, into large trailers or railcars. The infeed conveyor and continuous back and forth operation provide even distribution into larger scrap containers where swivel chute systems would be inadequate

Move hot, dry or wet abrasive metal scrap or finished parts with an oscillating scrap conveyor. Vibrating scrap handling systems are ideal for moving hot, dry or wet abrasive metal chips, die scrap, or finished parts across horizontal distances at roughly 12.5 feet per minute. Low cost, economical choice for small to large size shops. Built for machine-side or in-pit operation. This oscillating scrap conveyor is the top choice for transferring hot, dry or wet abrasive metal scrap, chip processing or moving finished parts across horizontal distances. This scrap handling system provides a steady movement of material at roughly 12 1/2′(3.81 meters) per minute.

ZERO-Impact Conveyor provides 60% more transport efficiency at the same machine weight or 40% weight reduction at the same efficiency as competitive solutions. At the same time, dynamic impacts on the environment are reduced to a technically insignificant level.The first self-supporting anti-resonance conveyor allow to increase production efficiency of aggregate, metallurgical, chemical, agri-food and other. What's more, the lightweight design of the machine and the lack of dynamic effects on the ground increase transport efficiency in places where it was not possible before - high supporting structures and scaffoldings, which without reconstruction did not allow for an increase in production efficiency.

The OVIBRA vibrating table is a machine type used to compact or form loose materials placed in molds (the molds are placed on the table top). The compacted material can be dry or wet. The drive of the Vibrating Table consists of electric vibrators. Rotating, unbalanced masses on the shafts of electric vibrators generate an extortion force whose vector has a linear shape. The forcing force causes the table to vibrate. Specific vibrations of the table cause the desired effect in the form of shaking and compaction of the material placed in the molds. The dimensions and method of mounting the molds on the countertop are selected depending on the customer’s requirements and the specificity of the process.

The Vibratory Loading Cart is a an optimal solution for feeding the charge to metallurgical furnaces. OVIBRA Loading Carts are machines used in steelworks and metal foundries. The Loading Carts moves between the loading zone, where the batch set is loaded into the tank of the cart, and then it drives to the kiln and the vibrating chute of the cart feeds the charge into the furnace opening in a controlled manner. OVIBRA Loading Carts offer a number of innovative solutions, are reliable, easy to use and always adapted to individual customer conditions. The Loading Cart can be equipped with a fixed or movable cover for the charging zone of the furnace – limiting dusting, gas escape and heat radiation to the environment. Simple but solid construction keeps costs competitive and ensures high reliability – a solid, heavy frame is the basis of the vibrating chute and fixed sides of the loading hopper, which can be equipped with abrasion-resistant and noise-absorbing linings.

Thanks to the use of a pipe as a gutter, these feeders are characterized by very high tightness. Due to the closed structure and limited possibilities of cleaning the gutter, they are mainly used for fine-grained and non-adhesive materials. The feeder chute is made of carbon or stainless steel. Capacity depends on the type of material and the size of the feeder. Tubular Feeders can be coated on the inside with a Teflon (ETFE) layer for use with materials that tend to stick.

OVIBRA Inertial Vibrating Feeders are designed for feeding and transporting loose and piece materials. The main advantage of machines of this type is their simple construction and the possibility of using them for materials with fine, medium and coarse grain size, even up to 200 mm. Capacity adjustment in these feeders is done by changing the position of counterweights in motor vibrators. In addition, for the special version of the Vibrating Feeders, there is a possibility of additional smooth adjustment of capacity in the range of +/- 20% through a frequency converter. The chute of the device can be equipped with light covers or with charging hoppers. The feeders can also be made as dustproof or soundproof machines. The feeder chute can be made of carbon or stainless steel. Capacity depends on the type of material and the size of the feeder.

OVIBRA Vibration Spiral Lifters are used for vertical transport (lifting) of loose and piece materials. Spiral Lifter cope even with highly abrasive and/or hot materials. In addition, due to the relatively long residence time of the material on the Lifter trough, the material can be subjected to various physical or chemical processes (cooling, drying, heating). The operation of the Lifter combines failure-free, quiet and smooth transport of materials with the ability to adjust the efficiency. This type of machine can be used both in technological transport and during the storage process. Designed for additional physical and chemical processes.

VPH type Vibrating Hybrid Screeners in their unique design combine the features of the VPI type screener with the classic screener. The VPH Hybrid Vibrating Screener is a device designed to use a high-performance screening process for materials with properties that make it difficult to screen, such as: High humidity Caking The tendency for the sieves to grow together with the material Low installation height Thanks to the unique design of the device, in which two types of drives operating at different frequencies are used, this screener simultaneously performs the process of crushing and screening of the fed material. This technological solution allows the use of this type of screeners for such works as the process of regeneration of molding sands or screening of fine coal fine fractions.

Vibrating Inertial Screeners with Directly Bitten Screener type VPI are machines designed for high-performance operation with exceptionally low power consumption. The main features that distinguish these screens from traditional machines are their three main advantages: Fixed body – due to the fact that the elements that transmit vibrations to the sieve in these machines are exciters, and not the entire body of the machine, as in the case of traditional screeners, the machine practically does not transfer vibrations to the structure and the ground on which it is placed. Energy efficiency – no need to excite vibrations of the entire device, but only the sieve deck itself, allows the use of small vibrators with low energy consumption. Automatic screen cleaning – as one of the few machines of this type available on the market, VPI Vibrating Screeners are perfect for screening both dry and slightly moist materials (up to 5% humidity).

The OVIBRA brand boasts decades of experience and a wide range of reliable and effective vibrating devices. Our experts will help you solve the problem of processing loose and lumpy materials. In order to fully use the potential of the machines we manufacture, an entire installation, a screening station or a technological node is often needed. The complete installation of the technological node may also use devices made by KMC Global Europe manufactured under other brands – Hapman and Prab. Our specialists from the Technical Department (Construction Office) will design the entire installation by optimally selecting all the devices included in it. Based on the documentation prepared by us, we will agree on all the details of the project, and then we will make and deliver to you a complete, ready-to-use installation.