Manufacturing Operations
approach to optimise manufacturing processes, increasing productivity, and reducing costs.
Manufacturing Operations
approach to optimise manufacturing processes, increasing productivity, and reducing costs.
PEM's Expertise in manufacturing operations
Supporting Innovation in Engineering, MedTech, Aerospace & Advanced Manufacturing
PEM delivers deep expertise in developing, analysing, and optimising manufacturing processes. We help clients enhance quality, productivity, and operational reliability through advanced analytical methods and real-world engineering support.
Core Expertise
Process development & optimisation
Systematic improvement of manufacturing processes to increase throughput, quality, and repeatability.Machine & process characterisation
Understanding machine behaviour, tolerances, and performance variability to strengthen control strategies.Process monitoring & diagnostics
Implementing sensors, data capture, and analytical systems to detect issues early and reduce downtime.Failure analysis & reliability engineering
Root‑cause analysis, time‑to‑failure modelling, and reliability prediction for critical components and systems.
Manufacturing process simulation modelling
We develop high‑fidelity virtual, mathematical, and statistically driven models that replicate complex manufacturing systems with precision. These models allow us to simulate process behaviour, quantify performance under varying conditions, identify bottlenecks and inefficiencies, and evaluate the impact of design or operational changes, all in a risk‑free digital environment.
By conducting advanced “what‑if” analyses, sensitivity studies, and scenario optimisation, we enable clients to refine processes, validate improvements, and make evidence‑based decisions without disrupting live production
Statistical data analytics
Using coherent and accurate statistical techniques, we uncover patterns and insights that significantly enhance process control, operational efficiency, and product quality.
Our analytics support robust decision‑making across all stages of manufacturing.
Reliability analysis & prediction
Our team conducts system‑level reliability assessments to understand time‑to‑failure behaviour and predict component or system performance over time. These insights help manufacturers reduce downtime, improve product dependability, and plan maintenance more effectively.
Statistical Process Control (SPC)
PEM helps clients unlock the full value of their manufacturing data through advanced Statistical Process Control systems that drive consistency, stability, and continuous improvement. By implementing modern SPC techniques—including multivariate monitoring and intelligent variable‑selection methods—we enable manufacturers to detect issues earlier, respond faster, and prevent quality problems before they occur.
Our SPC solutions empower organisations to:
- Reduce scrap, rework, and waste by catching deviations at their earliest stages.
- Lower downtime through early detection of process drift or equipment instability.
- Improve product quality and customer confidence with tighter process control.
- Increase throughput and operational efficiency by maintaining steady, predictable processes.
- Strengthen regulatory and audit readiness with data‑driven evidence of process capability and control.
- Enhance decision‑making using real‑time insights and actionable analytics.
By partnering with PEM, manufacturers gain a robust, future‑proof SPC framework that supports long‑term reliability, operational excellence, and competitive advantage.
Experimental design & process optimisation
Through structured experimental design, we help clients test process variables systematically, interpret results accurately, and identify optimal process conditions. This leads to improved performance, reduced variability, and enhanced product consistency.
Industrial metrology
PEM’s industrial metrology capabilities give clients a powerful advantage in achieving higher accuracy, reliability, and confidence in their manufacturing processes.
Using advanced multi‑sensor measurement systems such as the OGP SmartScope CNC 500—with movement accuracy of ±0.0001 mm and measurement accuracy of ±0.002 mm—we help manufacturers validate critical tolerances, eliminate measurement uncertainty, and reduce the risk of costly rework or scrap.
Our high‑resolution optical microscopy and SEM‑EDS analysis capabilities enable rapid root‑cause investigation, clearer understanding of surface or material defects, and faster resolution of production issues.
For clients, this translates into tighter process control, improved first‑pass yield, stronger compliance with regulatory and customer requirements, and a more robust quality‑assurance pipeline that reduces cost while protecting product integrity.
Vision systems
Reduces scrap and rework by detecting defects immediately, preventing faulty products from moving further down the line.
Cuts material waste through early, automated identification of out‑of‑spec components.
Minimises unplanned downtime by spotting process deviations before they cause equipment stoppages.
Improves Overall Equipment Effectiveness (OEE) through more stable, predictable process performance.
Lowers quality‑assurance labour costs by automating manual, labour‑intensive inspection tasks.
Eliminates human‑error‑related defects, improving repeatability and first‑pass yield.
Increases throughput by removing bottlenecks associated with manual inspection.
Delivers fast payback through measurable reductions in waste, downtime, and inspection overhead.
Strengthens long‑term profitability by ensuring consistently higher-quality production with fewer process losses.
FUNDING
Discover our funding opportunities and processes that are helping to drive innovation and efficiency across industries.
INSIGHTS
The PEM Centre has helped a multitude of organisations to empower their product development. You can read all about the work we've done so far.