Internal Documentation
MALION Ops Manual
This documentation explains how to use the app, what the predictive maintenance layer can and cannot do, and the transparency rules behind recommendations.
Purpose and scope
MALION Ops is a decision-support workspace for masterbatch manufacturing. It centralizes line health, quality signals, and maintenance actions so teams can respond faster without losing traceability.
- Built for production supervisors, maintenance leads, and QA/lab teams.
- Supports daily decision-making; it does not replace formal SOPs or safety controls.
- All recommendations require human review before action.
Getting started
Use the left navigation to move between live operations, predictive recommendations, and historical analytics.
- Start on Overview to see plant-level status and shifts in throughput or scrap.
- Open Recommendations for AI, planned, and protocol-based actions.
- Use Maintenance to create or track work orders and PM schedules.
Predictive maintenance capability
The predictive layer highlights risk trends and probable failure windows so you can schedule work before downtime. Outputs are advisory and built to be transparent and auditable.
- Signals used: vibration, torque, temperature drift, energy draw, runtime hours, and QA deviations.
- Outputs: risk level, time-to-threshold estimate, and confidence band from historical patterns.
- Horizon: near-term (hours to days); it does not forecast long-range asset replacement.
Transparency and limitations
Predictions and recommendations are not guarantees. This system explains why it suggests an action and where uncertainty exists.
- Confidence scores are relative indicators, not probabilities of failure.
- False positives and missed detections are possible, especially with noisy sensors.
- Model suggestions never trigger automatic shutdowns or process changes.
- If upstream data is delayed, recommendations may be stale; always verify with line readings.
Recommendations workflow
Recommendations come from three sources and are organized by severity and status.
- AI Prediction: pattern-based signals from equipment trends.
- Planned / PM: calendar-driven maintenance schedules.
- Protocol: SOP or compliance-driven actions based on thresholds.
- Acknowledge, assign, or convert to work orders after validation.
App manual (core screens)
Use this as a quick guide to each section and the typical tasks performed there.
Overview
Plant status, KPIs, and line summaries. Use this for shift handoff and escalation triage.
Recommendations
AI, planned, and protocol alerts with rationale and linked SOPs. Validate before action.
Maintenance
Work orders, schedules, and equipment health. Update status and owners after every action.
Analytics
Trends for OEE, scrap, downtime, and throughput. Use for weekly reviews.
Inventory
Resin, additives, and masterbatch stock levels with run-rate signals.
Wiki
Controlled SOPs and masterbatch standards. Always reference the latest revision.
Settings
User access, notification preferences, and line assignments (role-based).
Data sources and governance
Data is consolidated from operational systems and should remain auditable.
- Typical sources include MES, SCADA/PLC feeds, LIMS, and maintenance logs.
- Every recommendation should link to the underlying signals or report.
- Audit trails capture who acknowledged or changed status and when.
Support and escalation
If a recommendation conflicts with on-line readings, pause and escalate.
- Contact the maintenance lead and QA for any critical recommendation.
- Flag data quality issues in the shift report with timestamps.
- Use SOP and EHS procedures as the final authority.