Our Product and Value Engineering services focus on developing mechanical designs that deliver consistent performance, manufacturability, and long-term reliability while optimizing overall cost.
At Seashore, we evaluate materials, manufacturing processes, and design approaches to achieve the best balance between performance, safety, quality, and cost. Every recommendation is grounded in core mechanical engineering fundamentals and validated through analysis to ensure that cost reductions never compromise functional integrity or lifecycle expectations.
From early product development to production optimization, we help organizations build products that are efficient, scalable, and ready for real-world operation.
Effective product and value engineering goes beyond meeting specifications—it ensures the right design decisions are made early to avoid cost, quality, and reliability issues later. A structured value engineering approach helps organizations:
Mechanical design support focused on functional performance, durability, manufacturability, and lifecycle reliability.
Systematic evaluation of design alternatives, materials, and processes to reduce cost while maintaining required performance and quality levels.
Review and optimization of designs to simplify fabrication, reduce tooling complexity, and improve manufacturing yield.
Optimization of part count, fastening strategies, and assembly sequence to reduce build time and improve consistency.
Identification and recommendation of materials aligned with mechanical performance, operating environment, regulatory compliance, availability, and cost.
Focused improvements in strength, stiffness, vibration behavior, and fatigue life to meet service requirements efficiently.
Analytical checks and hand calculations to validate load paths, safety factors, and performance assumptions before production release.
Design optimization considering supplier capabilities, standard components, and preferred manufacturing processes.
Engineering support for product localization, alternate sourcing, and cost-driven redesign initiatives.
Detailed material recommendations aligned with mechanical performance, operating environment, compliance requirements, and cost targets.
Documented evaluations outlining cost-saving opportunities, alternative materials, and process improvements with technical justification.
Concise summaries of key product specifications, performance parameters, and material details.
Fully editable CAD models provided to support transparency, internal workflows, and future design changes.
Accurate and organized BOMs supporting procurement, cost control, and production planning.
Documented calculations validating design decisions, load assumptions, and safety margins.
