ODM Services – High Tech Original Design Manufacturer Services

Lifecycle Management

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Lifecycle Management

Service Values ​​for Decision-Makers

Durable capital goods require proactive risk management to safeguard supply availability and prevent unplanned, costly redesigns. Our lifecycle management approach specifically resolves the inherent conflicts of interest faced by key decision-makers:

Purchasing & Procurement Manager

Supply Availability and Quality

The market reality: Devices often remain in active service for over a decade. For purchasing departments, it is becoming increasingly difficult to guarantee the long-term availability of highly specialized components—such as specialized sensors and laboratory-grade optics. Product discontinuations lead to supply bottlenecks, while unplanned component changes drive up Quality Costs (CoQ) and necessitate re-audits.

The U-Experten Solution: We proactively manage component availability and lifecycles. Through contractually secured spare parts guarantees, structured inventory strategies, and the timely initiation of “Last-Time-Buy” options, we eliminate procurement risks. Every alternative component is rigorously qualified within the framework of our quality management system to ensure the stability of your cost structure. Chief Technology Officer (CTO)

Chief Technology Officer (CTO)

Future-Proof Platforms

The Market Reality: Over long product lifecycles, products accumulate significant technical debt. Legacy software often ceases to be compatible with newer hardware revisions, interfaces become obsolete, and maintainability declines. The challenge lies in modernizing existing system architectures without technological disruptions, while economically maintaining software and firmware compatibility for 5 to 7 years—and beyond.

The U-Experten Solution: We rely on modular platform strategies. Through continuous software maintenance, targeted refactoring, and “Compliance-by-Design,” we ensure that hardware, firmware, and applications remain synchronized. We modernize your legacy systems incrementally, thereby preserving their technological viability without incurring CAPEX risks.

Product Manager & Innovation Manager

Market Relevance, Product Maintenance

The Market Reality: Customer requirements and regulatory frameworks evolve throughout a product’s market lifecycle. A rigid product inevitably loses its competitive edge. At the same time, complete ground-up redevelopments are often prohibitively expensive and tie up valuable R&D resources that are needed for true innovation.

The U-Experten Solution: We take charge of value-optimized product maintenance (Sustaining Engineering). Through value engineering analyses, we reduce manufacturing costs during serial production (Cost-Down initiatives) and flexibly integrate new functional requirements via structured change management processes. This ensures your product remains competitive over the long term, while simultaneously relieving the burden on your internal teams.

Alexander W. Jonke Managing Director

U-Experten integrates modular system architectures during the development phase, combining them with proactive obsolescence management during the series production phase. Through agreed-upon long-term stocking concepts and strategic “last-time buys,” we safeguard the supply and repair capabilities of highly complex systems throughout their entire operational lifespan.

Our lifecycle monitoring system detects discontinuations (End of Life) well in advance of the final delivery cutoff. Our team then evaluates compatible alternatives (Form, Fit, and Function). Should no direct replacement be available, we develop an optimized partial redesign and manage the entire process through our change management system.

Reactive management waits until a component is no longer available, which often leads to sudden production stoppages and costly emergency redesigns. Proactive obsolescence management at U-Experten continuously monitors the lifecycles of all components listed in the Bill of Materials (BOM). Risks are identified years before actual failure occurs, thereby enabling the cost-efficient initiation of strategic stockpiling or planned product upgrades.

Through continuous product and software maintenance (Sustaining Engineering). Instead of allowing legacy systems to become technologically obsolete over the years, we perform cyclical software refactoring and adapt firmware to meet modern security and hardware standards. This prevents the sudden collapse of a system architecture and ensures the economic viability of the product for many years to come.