energy & savings
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energy & savings

compared to classical warehouse applications such as conveyor belts or robots, the fluid technology has tremendous advantages

  1. a mover can be used in any size or format – from a cup of tea to large sea containers
  2. a mover needs some new wheels from time to time – no further maintenance is needed
  3. a mover has the energy requirement of a classic light bulb – only while moving, of course
sustainability
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sustainability

robots and other AGVs require maintenance. they need to be recharged. they need to be repaired. they are limited to a specific range of formats.

  1. our movers have no mechanical parts apart from the wheels in use – nearly no maintenance is needed
  2. our movers do not need batteries – the only power device is built-in in the floor (“stator”)
  3. our movers can handle multiple loads of any format – if not alone then as a swarm
parallelism
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parallelism

the success of a warehouse depends on the turnover performance and the costs per pick.

  1. as the “motor” is built into the floor, the movers can all move everywhere
  2. the software orchestrates the simultaneous movement of all required movers – at once
  3. the fluid technology can be seamlessly integrated into existing environments and also adopt to any format needed
spatial efficiency
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spatial efficiency

traditional warehouses consume a lot of space. even robotic warehouses still need aisles among each shelf.

  1. fluid warehouses allow the highest density of storage space
  2. artificiall intelligence optimzies materialflow
  3. as each object can be moved at any time, picking times are significantly reduced
adaptability
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adaptability

the fluid technology is basically a simple technology

  1. a parallel integration into an existing environment (traditional or robot warehouses) is an option
  2. an integration into a existing building is also an option
  3. the adaptation of the new technology can be implemented step by step
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