Our services

For over 20 years, EPM has collaborated with companies across various industries worldwide to deliver exceptional value through efficiency, speed, and measurable results.

Our AI tools quickly transform your operations with minimal effort, offering data analysis, accurate forecasting, and holistic process analytics to unlock hidden opportunities and resolve inefficiencies across production, supply chains, and cash flow

Engineering - Production - Management - Engineering - Production - Management -

Our services

For over 20 years, EPM has collaborated with companies across various industries worldwide to deliver exceptional value through efficiency, speed, and measurable results 

With our global team of experts, we help our clients to  “get it done,” whether it’s developing and implementing strategies, optimizing processes in the value chain, supporting challenging projects, or establishing a new production footprint—all while ensuring it adds bottom-line value to our customers. 

What can we do for you

With our global team of experts, we work with you to make things happen. Whether it's crafting and executing strategies, enhancing value chain processes, guiding complex projects, or setting up new production operations, we ensure every step contributes directly to your success.

Expertise

01. Strategy

Long-term plan for production optimization, resource allocation, and market positioning to achieve business objectives and sustainable success!

Strategy

Optimize manufacturing locations globally to reduce costs, improve supply chain efficiency, and meet regional market demands. By strategically locating production facilities closer to key markets and suppliers, we can minimize transportation costs, reduce lead times, and enhance responsiveness to local customer needs. This approach also allows for better risk management and compliance with regional regulations.

Enhance product quality, innovate continuously, and adopt advanced technologies to stay ahead of industry rivals. Focus on developing high-performance, reliable hardware products that meet or exceed customer expectations. Invest in research and development to drive innovation and introduce cutting- edge features. Implement cost-effective production methods and leverage economies of scale to offer competitive pricing while maintaining profitability.

Implement digital transformation initiatives to modernize production processes, improve agility, and drive operational excellence. Embrace Industry 4.0 technologies such as IoT, Al, and robotics to automate and optimize manufacturing operations. Use data analytics to gain insights into production performance and identify areas for improvement. Foster a culture of continuous improvement and adaptability, ensuring that the organization can quickly respond to changing market dynamics and technological advancements.

02. Optimization

The process of enhancing systems, operations, and resource use to achieve maximum efficiency and productivity while minimizing costs

Optimization

Streamline and standardize manufacturing processes to enhance efficiency, reduce waste, and improve product quality. Implement continuous improvement methodologies such as Six Sigma and Lean Manufacturing to identify and eliminate inefficiencies. Automate repetitive tasks and integrate advanced technologies to increase consistency and precision in production.

Design an optimal production layout to minimize movement, reduce bottlenecks, and maximize workflow efficiency. Utilize techniques like value stream mapping and factory simulation to create a layout that supports smooth material flow and quick turnaround times. Focus on creating a flexible layout that can easily adapt to changes in production volume and product mix.

Implement effective shop floor management practices to monitor performance, ensure quality control, and maintain operational discipline. Use real-time data and key performance indicators (KPIs) to track productivity, machine utilization, and worker efficiency. Foster a culture of accountability and continuous improvement through regular team meetings and feedback loops.

Execute seamless production launches with thorough planning, testing, and coordination to ensure timely and successful market entry. Conduct pilot runs and rigorous testing to validate production processes and identify potential issues before full-scale production. Coordinate closely with cross-functional teams, including R&D, supply chain, and marketing, to ensure alignment and readiness.

Develop robust planning strategies to align production schedules with demand forecasts, optimize resource allocation, and minimize downtime. Utilize advanced planning and scheduling (APS) systems to create dynamic and flexible production plans. Incorporate demand forecasting, capacity planning, and inventory management to balance supply with market needs and ensure timely delivery of products.

03. Track and improve

The continuous process of monitoring production metrics and performance data to identify areas for enhancement and implementing changes to increase efficiency, quality, and overall productivity

Track and improve

Continuously monitor and optimize the supply chain to ensure timely delivery of materials, reduce costs, and mitigate risks. Implement advanced analytics and real-time tracking to enhance visibility and
responsiveness. Collaborate closely with suppliers to improve lead times, negotiate better terms, and ensure the quality of incoming materials. Conduct regular audits and performance reviews to identify opportunities for cost savings and process improvements.

Regularly assess plant performance to identify areas for improvement, increase efficiency, and ensure compliance with safety and quality standards. Invest in modernizing equipment and infrastructure for enhanced productivity. Utilize metrics such as throughput, cycle time, and defect rates to evaluate performance. Implement best practices in maintenance management to minimize downtime and extend equipment lifespan. Foster a culture of safety and continuous improvement through regular training and employee engagement initiatives.

Monitor OEE metrics to evaluate equipment performance, identify downtime causes, and implement strategies to maximize equipment utilization and productivity. Focus on improving the three key components of OEE: availability, performance, and quality. Use real-time monitoring systems to track equipment status and performance. Conduct root cause analysis on downtime incidents to develop and implement corrective actions. Regularly review and adjust maintenance schedules to ensure optimal equipment performance.

Evaluate organizational structure and workflows to ensure alignment with strategic goals, improve communication, and foster a culture of continuous improvement and innovation. Conduct regular reviews of roles and responsibilities to ensure clarity and efficiency. Implement cross-functional teams to enhance collaboration and problem-solving. Promote a culture of transparency and open communication to encourage feedback and idea sharing. Invest in employee development and training to build a skilled and adaptable workforce. Utilize performance metrics to track progress and identify areas for organizational improvement.

04. Get back on track

Return to planned production schedules, efficiency levels, and quality standards after experiencing delays, disruptions, or deviations from the intended workflow

Back on track

Implement a comprehensive turnaround plan to stabilize finances, restructure debts, and restore profitability. Focus on cost reduction, asset management, and revenue generation. Engage with creditors to negotiate favorable terms and seek potential investors for capital infusion. Analyze and cut non-essential expenditures while optimizing operational efficiencies. Develop a strategic roadmap to rebuild financial health and ensure long-term sustainability.

Reassess project timelines, allocate necessary resources, and establish clear milestones to ensure projects are completed successfully and on schedule. Conduct a thorough review of current project statuses to identify bottlenecks and risks. Enhance project management practices by adopting agile methodologies and robust tracking tools. Foster effective communication among project teams to ensure alignment and quick resolution of issues. Regularly monitor progress and adjust plans as needed to stay on track.

Improve production planning and logistics coordination to meet delivery deadlines consistently, Enhance communication with suppliers and customers to manage expectations and prevent delays. Implement advanced scheduling systems to optimize production workflows and ensure timely completion of orders. Streamline supply chain operations to minimize lead times and handle disruptions effectively. Establish clear metrics for on-time delivery and continuously monitor performance to drive improvements.

Strengthen quality control processes to address defects and improve product reliability. Implement continuous improvement programs and rigorous testing to maintain high standards. Adopt industry best practices such as Total Quality Management (TQM) and Six Sigma to drive quality initiatives. Train employees on quality standards and encourage a culture of accountability. Use real-time data and feedback loops to quickly identify and rectify quality issues. Regularly review and update quality protocols to adapt to changing standards and customer expectations.

05. Improve key figures

Enhancing critical performance indicators such as production efficiency, output quality, lead times, and cost- effectiveness to achieve better overall operational results"

Improve key figures

Enhance cash flow management by optimizing inventory levels, accelerating receivables, and negotiating favorable payment terms with suppliers. Implement efficient invoicing and collection processes to reduce the days sales outstanding (DSO). Regularly review and adjust inventory policies to prevent overstocking and understocking. Establish strong relationships with suppliers to secure better payment terms and discounts. Monitor cash flow forecasts closely to anticipate and mitigate potential shortfalls.

Increase EBIT by improving operational efficiencies, reducing overhead costs, and driving higher sales through effective marketing and pricing strategies. Streamline production processes to lower manufacturing costs and enhance productivity. Implement cost-control measures across the organization to minimize waste and unnecessary expenses. Focus on high-margin products and services to boost profitability. Leverage data analytics to make informed pricing decisions and optimize sales channels.

Improve turn rates by streamlining production processes, reducing cycle times, and implementing just-in- time inventory practices to increase turnover frequency. Analyze and eliminate bottlenecks in the production workflow to enhance speed and efficiency. Employ lean manufacturing principles to minimize waste and maximize output. Coordinate closely with suppliers to ensure timely delivery of materials. Regularly review inventory turnover ratios to identify slow-moving items and adjust purchasing strategies accordingly.

Optimize the Bill of Material by standardizing components, reducing material costs, and enhancing accuracy through regular reviews and updates. Simplify and consolidate the BOM to reduce complexity and errors. Work with engineering and procurement teams to identify cost-effective and reliable components. Implement automated BOM management systems to ensure real-time updates and accuracy. Conduct periodic audits to ensure the BOM reflects current production requirements and changes.