Optimize services with efficient repair instructions
Optimize task sequences, streamline workflows and ensure efficient, accurate service with clear, actionable instructions with our algorithm-based tool for Aftermarket.
What can you achieve with this use case?
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Define repair sequences
Create and customize repair workflows to standardize service procedures. Ensure consistency across workshops while optimizing efficiency and reducing technician errors.
Create 3D disassembly steps
Design interactive step-by-step disassembly instructions, allowing technicians to follow precise procedures for complex repairs with minimal guesswork.
Manage spare parts data
Edit, update, and validate spare part compatibility using VIN-based filtering, ensuring accurate inventory, reducing incorrect orders, and improving aftermarket operations.
What types of data does SPREAD connect and analyze?
SPREAD integrates critical data from multiple systems and unstructured sources to provide complete traceability from issues to root cause. It connects and contextualizes:
| Data Type | Description | Typical sources | File Formats needed |
|---|---|---|---|
| CAD geometry | Full 3D part geometries used for assembly planning and dependency analysis. Required to calculate feasible part sequences and optimize the precedence graph. | CAD systems (CATIA, Siemens NX, Creo) |
.jt
.step
.stl
.iges
.3dxml
|
| BoM + configuration codes | List of materials and components needed for precise assembly planning incl. 150 % parts list plus variant | ERP / MES / BoM databases |
.xls(x)
.csv
.xml
|
How to
get started
1
Jointly scope
use cases
We bring practical expertise to understand your challenges and scope the right solutions with you.
2
Deploy solutions
rapidly
Within weeks we deploy our platform, integrate the required product data and configure the defined solutions.
3
Rollout across
the company
We train users across teams, scale company-wide, and support you continuously on the way.