With the increasing automation grade of assembly lines, robotic cells and single purpose machines, it is necessary to automate the feeding of components.

Therefore, since 2011, we offer our customers a complete solution and delivery of automatic vibratory feeding technologies.

We offer:

  • complete delivery of vibratory feeding technologies (bowl feeders, linear feeders)
  • sound insulation for feeding technologies
  • vibratory and conveyor belt-based bunkers and hoppers
  • pick up places for vibratory bowl feeders

Current delivery terms for our bowl feeders are starting from 7 weeks after receipt of a purchase order and parts.

In case the application requires high flexibility, we offer also high-tech and flexible feeding technologies based on a camera searching for components and following robotic pick and place. Parts can be fed either by conveyor belt or by flexible vibratory plate. With such technology, you can feed components in the size range of about 0.1 mm up to 150mm.


References:

Since 2011, we have maintained in operation dozens of vibratory feeders, hoppers and other feeding technologies. They have all processed and fed hundreds of millions of part of many different shapes and geometries.

Type
  • Barcode Scanner
  • Feeders
  • Cobot Tracks
  • Cobot- Platforms
  • Actuators
  • Energy chain kit
  • Protective covers
  • Safety and certification

Vibratory feeders Alternatives

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ROBOWORLD Universal Robots UR10/UR10e Robosuit
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The UR10 Robosuit ® consists of nine suit components: a base skirt, base cover, lower arm, shoulder, upper arm, wrist, and three ring-retainers. Components join/interlock via either PVC rings or simple cuff-overlaps. The design is such that each adjoining piece “mates” with the next. Velcro seams are featured unless otherwise specified. The e-series version of the Robosuit ® includes two additional components: a J6 ring retainer and dedicated tool flange cover. Each cover is custom manufactured to your specific application and need and will protect your UR robot from extremes in temperature, sharp metal turnings, cutting fluids and coolants, and particulate (grit, dust, and debris). FEATURES: 12OZ 1000 Denier nylon UR10 Robosuit ®:Excellent general use material for basic protection from dust, dirt, and large gritNot suited for use in wet applications as the material is breathableVery low level of abrasion resistanceWide range of colour choices availableAvailable in e-series and CB18OZ Fire-retardant PVC vinyl UR10 Robosuit ®:Excellent general use material for most water-soluble coolants and cutting fluids, fine mesh grits and powders, de-ionized water, and limited protection from pressurized water sprays/ mistVery low level of chemical and abrasion resistanceWide range of colour choices availableAvailable in e-series and CB17OZ Hypalon ® impregnated vinyl UR10 Robosuit ®:Excellent material for use in high-abrasion environments as well as metal chips (de-burr/cutting)Provides limited levels of protection from water spray/ mist while offering good levels of chemical resistanceLimited range of colour choices availableAvailable in e-series and CBAluminum coated Kevlar ® UR10 Robosuit ®:Excellent material for use in high and low heat environments, light sparks and for UV protectionNominal insulating factor of R-0.7Maximum radiant operating temperature of 1500F. Minimum operating temperature -65FSilver in colourAvailable in e-series and CB10-Mil laminated Teflon ® UR10 Robosuit ®:Excellent protection in (caustic) chemical environmentsFDA approved option, however, that does not equate to the Robosuit ® being FDA-approvedMaximum radiant operating temperature of 650FGrey in colourAvailable in e-series and CBIsotherm ® weld splatter UR10 Robosuit ®:Excellent material for use in low-inertia weld splatter and heavy spark applicationsMaximum sustain (radiant) operating temperature of 500F. Short-term exposure to 700FGrey in colourAvailable in e-series and CB