Feeders for belts - Import export

Whether for large or small conveyed quantities, no matter the application, from luxury food processing to the steel industry, AViTEQ Belt weigh feeders assure high weighing precision for reliable, uninterrupted operations. In automated production processes requiring constant weighing and metering, Weiteq Belt Weigh Feeders are the first choice. Advantages and benefits For feeding a wide range of bulk materials from free flowing to bridging High long- and short-term accuracy Robust construction allows ease of installation and belt replacement Customized feeder sizes, belt type and feed hopper based on bulk material handling experience Special solutions for high-accuracy feeding and heavy duty operating condition Can be used with different types of feeding equipment and directly at the silo outlet Application Components feeding for blending Feeding of additives Batch charging Wagon and truck loadingFeeding and control systems for mills, crushers and mixers Technical data WBL-L WBF-M W

VersaHybrid is a semi or fully automated production system for complex assemblies which require a precision in the low micrometer regime. Assembly techniques include micro welding, selective laser soldering and gluing plus laser fine cutting. Various processing methods are combined in one station. Feeders, belts and robots allow for full automation.

The fully automated assembly station VersaGlue takes components, such as lenses or dies from a loading area and mounts them by epoxy gluing with UV or thermal curing. The large work area of up to 1000 mm x 1000 mm provides space for the positioning of device trays and support systems. The parts are presented manually or fully automated. Feeders or stop-motion conveyor belts bring the parts to the working area and collect the finished product. The VersaGlue processes optoelectronic elements like VCSELs, photo diodes, laser dies and micro optics with highest precision while the passive placement of fiber ribbon cables is another major application.Thorough design and continuous optimization of all functional groups lead to superior mechanical stability. Mechanical references with tight tolerances provide a repeatable manufacturing operation from device to device.