This is how logistics in mechanical engineering benefits from Loady
Fewer misunderstandings, clear and multilingual loading requirements, standardized formats and content — and all of this can be used digitally and integrated into logistics systems. This is win-win - everyone benefits from correct data and information. Consequently, the entire logistics process becomes more efficient and plannable, from freight procurement to quotation and order management — and, of course, delivery and truck execution. Loady's central, standardized and networked data source for loading requirements makes this possible.
Shippers, consignees and logistics service providers refer to Loady as a central data source for loading and unloading requirements.






















Mastering the challenge of “loading requirements" in mechanical engineering
Individual coordination between manufacturers, goods recipients, warehouse operators and logistics service providers is often required.
Relevant information is passed on from “data silos” via telephone, email or PDF; there are no standardized data sets.
Trucks load or unload incorrectly due to the wide range of variants and individuality of the products (dimensions, weights, instructions, etc.).
Special requirements for loading equipment, cranes, forklifts, safety materials, etc. are often not passed on or read correctly.
Logistics costs are increasing due to incorrect trips, unnecessary waiting times and delays, incidents and expenses in communication and troubleshooting.
Digital, unambiguous and direct coordination and access to current data for all parties involved in the specific transport.
The innovative, collaborative approach reduces data management costs and ensures reliable information.
Trucks have what they need and know the local conditions, requirements and facilities.
The right trailers and means of transport are used — there are fewer incidents and delays.
Valid data, which is used and shared directly in processes and systems, makes processes more efficient and reduces costs.
Loady use cases from the logistics in the mechanical engineering industry (extract)

Reduce costs through more efficient processes
Clear, standardized loading requirements reduce manual coordination, waiting times and incorrect runs — this saves costs and emissions.

Better planning without incidents
Changes to opening hours or security requirements are synchronized in real time so that shipments run without delays.

Standardised data model for loading requirements depending on the industry
Chemical parks with multiple service providers benefit from centrally managed loading requirements that are automatically synchronized and available to all parties involved.

Loady enables shippers, logistics providers, and consignees to share a single source of truth.

Benefit case — clear evidence of potential savings
If necessary, we will create a benefit case that shows the benefits and savings potential of Loady for your company — with real figures and a clear ROI assessment for a well-founded decision.
- Analysis of current transport processes & challenges
- Calculation of savings potential with the Loady Benefit calculator
- Interviews with key stakeholders for realistic scenarios
Outcome: A robust benefit case for decision-making






.avif)


.avif)
%202.avif)








