Design for Serviceability That Extends Product Performance.

The way a product is engineered determines how easily it can be maintained throughout its lifecycle. FSP applies Design for Serviceability (DFS) principles during engineering to improve accessibility, simplify maintenance, and support long-term reliability. Serviceability is designed into the product before production begins, not added after deployment.

Improve Serviceability

Why FSP for Design for Serviceability

Maintenance, repairs, and future upgrades are often considered after a product is released. By then, accessibility challenges, difficult component replacement, and incomplete documentation have already become part of the design.

FSP considers serviceability throughout the engineering process. Component placement, cable routing, access panels, labeling, documentation, and replacement procedures are evaluated alongside manufacturability and assembly, helping customers reduce downtime and simplify long-term maintenance.

What We Deliver

Service access reviews

Evaluate component placement and enclosure layouts to improve maintenance accessibility and reduce service time.

Component accessibility optimization

Position critical components for inspection, replacement, and future upgrades without unnecessary disassembly.

Cable routing and labeling standards

Organize wiring, labeling, and documentation to simplify troubleshooting and field service.

Lifecycle documentation

Engineering documentation that supports maintenance, future modifications, and replacement part identification.

Configuration and revision management

Maintain accurate engineering records throughout the product lifecycle to support long-term serviceability.

Maintainability assessments

Engineering reviews that identify opportunities to improve service access, reduce maintenance complexity, and support long-term system performance.

Design for the Entire Product Lifecycle

Engineering decisions continue to influence equipment long after production is complete. Designing for serviceability helps reduce maintenance time, improve technician access, simplify future upgrades, and support long-term asset performance. By considering serviceability alongside manufacturing and assembly, FSP helps customers maximize the value of their equipment throughout its operational life.

The FSP Difference

Lead times as little as 15 weeks
On stocked configurations, with your real date quoted at order
$3 billion in installed capacity
across our 400,000
square foot campus
Made in America
BABA compliant and built in Baltimore
98.6% on time delivery
everything downstream gets scheduled
against that date
99.7% first-pass yield
work that is right the first time does not re-enter the queue
100% functional and quality testing
every unit tested before it ships
Under one roof
engineering, build and test with
nothing subcontracted
ESD and humidity controlled floor
a controlled environment for sensitive assemblies

Design for Long-Term Performance.

Whether you’re developing a new product or refining an existing design, FSP helps engineering teams improve maintainability, simplify servicing, and support reliable operation throughout the product lifecycle.