High Variation
Custom enclosures and small production runs make it difficult to maintain stable processes.
Industry · Electronics & Electrical ManufacturinG
Manufacturing OS from CSP inspects crimp and screw connections directly at the workstation, guides operators through assembly, wiring, and rework, and archives the inspection data in an audit-proof manner. This allows you to document exactly how each cabinet was built.
Crimping, screwing, and riveting are inspected directly at the workstation.
Step-by-step assembly, wiring, and rework with visual instructions.
Test data for each cabinet, archived in an audit-proof manner.
Challenges
A control cabinet has many connections and is often built as a one-off unit. If a defect isn’t discovered until the final inspection, it takes a long time to find and is costly to fix.
Custom enclosures and small production runs make it difficult to maintain stable processes.
A poor crimp or a loose terminal is often not noticed until it’s too late.
There is a shortage of skilled workers, and new employees require extensive training.
Customers and audits require documentation for each cabinet and component.
Manufacturing OS
Testing, assembly, and documentation all run within a single system. Every station works with the same data, and you no longer have to maintain siloed solutions.
Joining Processes
Crimping, screwing, and riveting processes are monitored and documented. You regularly test tools on the test bench.
Crimping curve with tolerance band
OK
Operator guidance
Each step is displayed with an image and must be acknowledged. New variants can be introduced into production without extensive training.
Wiring
Step 14 of 32
Rework
An error code triggers the appropriate instructions, regardless of individual knowledge.
Error code detected
Instructions begin
Traceability
Serial numbers, process data, and acknowledgments are recorded in a history for each component and remain archived in an audit-proof manner.
Serial number
Crimp OK
Screw connection OK
Archived
One platform
Manufacturer-independent
Integrate with existing systems
Implement modularly
AI-powered visual inspection
Anomaly detection
Applications
CSP inspects every critical step right at the workstation. This allows you to identify deviations before the cabinet leaves the production hall.
Book a demo01
Inspect crimping processes and document them for each cable.
02
Monitor torque and angle of rotation; inspect tools regularly.
03
Provide step-by-step visual guidance to workers, even for custom-made products.
04
AI-assisted visual inspection directly at the workstation.
05
Step-by-step troubleshooting using error codes.
06
Keep test data audit-proof and available for the long term.
Standards and Documentation
Manufacturing OS records measurement values and acknowledgments at the workstation and archives them in an audit-traceable manner. This allows you to access them during individual part inspections, audits, or complaints.
DIN EN 61439
DIN EN IEC 60352-2
IPC/WHMA-A-620
VDI/VDE 2862
The manufacturer of the system remains responsible for testing and evaluation in accordance with these standards.
Introduction
You start with one station and then expand at your own pace.
1
Together, we’ll select a process—such as crimping or wiring—and map out the work steps with images.
2
Screwdrivers, test wrenches, printers, and scanners are integrated via existing interfaces, regardless of the manufacturer.
3
Once the pilot station is up and running, additional workstations follow. At HA-BE, the next workstations were added just a few months after the launch.
At Stadler Rail, the system went live on the existing infrastructure within four days. Source: CSP Case Studies HA-BE and Stadler Rail
Results at ABB
In ABB’s fuse manufacturing division, over 200 workstations use digital operator guidance, despite a wide variety of products and frequent staff turnover.
Training
80 to 90%
shorter onboarding time for new employees
Efficiency
+50%
Greater efficiency in production
Rework
> 75%
less rework
Source: CSP Case Study ABB
Success Stories
ABB · Electrification
Digital worker guidance ensures traceability and identifies the causes of errors.
Request a case studySchaltbau · DC Technology
At the rework station, an “if-then” logic guides the employee step by step toward the solution.
Request a case studyHA-BE Gehäusebau · Enclosures for the electrical industry
Screwdriver control, label printers, and automatic serial numbers ensure traceability.
Request a Case Study“To make our end products as safe as possible and to make manufacturing as efficient as possible, we at HA-BE decided to implement assembly assistance software.”
Consultation
Let us know in advance which workstation you’d like to secure. That way, someone familiar with manufacturing and control panel construction will be present during the meeting.
FAQ
It checks and documents joining processes such as screwing, riveting, and crimping, including torque and rotation angle.
Yes. Operators view each step of the respective variant with an image and acknowledge it. HA-BE thus manufactures custom orders individually.
Quality-relevant data is archived in an audit-proof manner, in compliance with GoBD and OAIS standards. Data from legacy systems can also be imported.
Yes, the platform is manufacturer-independent. At Knorr-Bremse, Atlas Copco and Saltus screwdriving systems were connected via interfaces; at HA-BE, screwdriver controls, label printers, and component holders were integrated.