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Problem
Limited machine capacity in the laboratory prevents rapid material sampling.
Solution
Automated sampling with OSPHIM reduces manual effort and speeds up testing procedures.
Result
Significantly shorter cycle times and increased machine capacity—without additional investment.
RESULT
Standardizing Process Setup in Complex Manufacturing Environments
At Scholz Hightech, OSPHIM was integrated into an already advanced IT landscape. By connecting machine data, QS systems, and experimentation workflows, mold trials became faster, more transparent, and fully traceable. Optimizations can be executed!
Seamless integration into existing IT systems
Automated data flow from QS into OSPHIM
One operator can execute structured experiments
Full datasets combining process, machine, and quality data
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SOLUTION
End-To-End Mold Trials
OSPHIM combines automated experimentation, machine integration, and seamless quality data acquisition into one unified workflow.
Automated parameter variation and machine control
Integration of QS data without manual transfer
Structured experiment execution and tracking
Full linkage of process, machine, and quality data
PROBLEM
Mold Trials Lack Transparency and Reusability
In complex production environments, process knowledge is often distributed among a few experienced employees. However, many processes require detailed expertise, especially during setup, ramp-up or in case of troubleshooting in series production.
Trial results are not fully traceable
Quality data requires manual transfer
Limited reuse of previous trial results
High effort for documentation and analysis
BUSINESS IMPACT
From One-Time Trials to Reusable Knowledge
All results are stored as structured datasets, including machine parameters, process data, and quality results. This enables long-term reuse and continuous improvement across future production runs.
Reuse of validated parameter sets
Reduced setup time for repeat jobs
Elimination of manual data transfer errors
Continuous learning across trials
