Process optimization that future-proofs your production

Reducing costs starts with understanding your true cost per component and identifying where value is being lost. Our specialists analyze your manufacturing processes to identify areas where you can improve productivity, machine utilization, and product quality.

By combining engineering expertise, proven process optimization methods, and data-driven insights, we help you:

• Eliminate inefficiencies
• Improve process stability
• Lower overall production costs

We can also structure our collaboration around your production output, linking costs to the number of parts produced. This gives you a predictable cost per component and greater control over your operations.

You can contact your local Sandvik Coromant representative or reach out through the contact form here. We'll connect you with the right specialists based on your production challenges, industry, and application requirements.

Sustainable manufacturing starts with implementing efficient processes. By improving process stability and component quality, reducing waste, and optimizing resource consumption, you can lower both costs and environmental impact.

Our experts and solutions help you increase productivity while reducing energy consumption, material waste, and unnecessary downtime through:

• Data-driven analysis
• Process optimization and technology upgrades
• Continuous improvement initiatives
• Circularity services

The first step is to understand your current situation and define what you want to achieve. Whether your goal is better machine utilization, improved traceability, predictive maintenance, or enabling unmanned machining, we help you build a roadmap that fits your operation.

By combining connected tooling, software, and analytics expertise, we help you capture and use production data to increase process reliability, improve quality and productivity, and enable your team to make fast, confident decisions on the shop floor.

Improving Overall Equipment Effectiveness (OEE) requires addressing the factors that impact availability, performance, and quality. Our specialists analyze your production processes to identify the root causes of losses and inefficiencies. 

Through optimized machining strategies, data-driven insights, and targeted technology upgrades, we help you:

• Reduce downtime
• Improve process consistency
• Increase machine utilization
• Optimize tooling inventory

Resulting in more efficient processes and stronger OEE.

Not at all. Our process optimization methods create value across all the common production environments, regardless of shop size, production volume, component complexity or lifecycle. We tailor recommendations to your operational goals — whether you produce millions of identical components or a single custom part.

Examples of typical production types and priorities:

Mass/serial production: Long runs focused on efficiency, consistency, and output. Typical priorities include cost per component, Overall Equipment Effectiveness (OEE), process stability, quality, throughput, and on-time delivery.

Advanced component production: Complex components and challenging materials requiring precise, controlled machining. Typical priorities include First Pass Yield (FPY), right-first-time rate, quality, on-time delivery, process security and setup time.

Repeat batch production: Recurring components in shorter runs, balancing flexibility and machine utilization. Typical priorities include on-time delivery, setup and changeover time, FPY, process stability, scrap and lead time.

Single batch production: One-off or very short runs with limited or no repeatability. Typical priorities include quotation accuracy, on-time delivery, engineering-to-production efficiency, FPY, scrap and flexibility.

Whatever your production model, our goal remains the same: identify improvement opportunities, eliminate inefficiencies, and help you achieve sustainable performance where it matters most to your business.