Resource Distribution Strategy
Possible Types of Inefficiencies
Efficient distribution of auxiliary equipment can increase efficiency in the warehouse or in production and reduce waiting times. Auxiliaries are, for example, printers, wrapping machines and other devices that support personnel in their daily work.
Resource Distribution Strategy - Solves the following Problems!
Select one of the problems. You will receive instructions that you can use to calculate optimization potential.
Long driving distances
Waiting for Auxiliary Equipment
Long Distances to Auxiliary Equipment
Effort for Receiving Goods
Long Distances for Information Intake
Congestion due to Queues
Waiting times (technical or organizational)
Long walking distances
Resource Distribution Strategy - Find the Right Offering for You
Select products and receive detailed information. You can use the platform to contact product suppliersResource Distribution Strategy - The Solution can be Combined with the Following Solutions
Here you can find solutions, which can be combined with the presented solution.
Resource Distribution Strategy - The Following Solutions can also Solve the Pain Point
Here you can find other solutions, which are suitable for the optimization of the pain points (Long driving distances) as well as variants of the current solution.
Horizontal Order Picker
- Efficient order picking at floor or low shelf levels
- Ride-on platform and long forks to increase production
- Automatic following system possible
Pedestrian Pallet Truck
- Pallet truck with electric drive and escort on foot
- Effort-saving and ergonomic pallet truck variant
- Flexible application options in intralogistics
Rider High Lift Stacker
- Ergonomic and time-saving, especially for long distances
- Combination of lifting and driving for efficient pallet handling
- Suitable for a medium lifting height
Counterbalanced truck
- Direct load pick-up due to integrated counterweight
- High load capacity and robust design
- Versatile use, even in changing locations and ground conditions
FIFO Buffer
- Sequential buffering
- Decoupling of production steps and support for the pull principle
- Simple integration into existing systems
Loading space optimization
- Reduced CO₂ emissions
- Optimum use of cargo space
- Utilize transport capacities and avoid empty runs
Shuttle System - Large Loads
- Suitable for many pallets per article type
- Intensive rotation of homogeneous article types
- Increased storage density
Forklift Truck – Autonomous
- Increased efficiency through continuous workflows
- Cost savings due to reduced personnel requirements
- Increased safety thanks to sensors
