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Hardware Redesign for
Cost Reduction

We help product teams reduce BOM cost by 30 to 50 percent through targeted hardware redesign. Component consolidation, multi-source strategy, PCB optimization, and DFM improvements that lower your unit cost while maintaining product quality and reliability.

THE COST CHALLENGE IconTHE COST CHALLENGE

Every Dollar on Your BOM Multiplies at Scale

At 100 units, a $5 component choice barely matters. At 10,000 units, it is $50,000. At 100,000 units, it defines your margin. We work with teams who have a working product and need to bring the per-unit cost down for volume production. The savings come from engineering analysis, creative component selection, and practical manufacturing improvements.

WHERE THE SAVINGS COME FROM Icon

WHERE THE SAVINGS COME FROM

Five Proven Cost Reduction Strategies

Component Consolidation

We look for opportunities to combine multiple discrete components into fewer, more integrated ICs. A common example: replacing separate voltage regulators, op-amps, and logic gates with a single microcontroller that handles all three functions. This reduces component count, assembly time, and board space.

Typical savings: 15 to 25% of BOM

Multi-Source Strategy

Single-source components are both a cost and supply chain risk. We identify alternative components that are pin-compatible or functionally equivalent, giving you an edge in supplier negotiations and protection against shortages.

Typical savings: 10 to 15% through competitive sourcing

PCB Optimization

We reduce board layer count where possible, optimize panel utilization, and shrink board dimensions. Moving from a 6-layer to a 4-layer PCB or reducing board size by 20% can have a significant impact on per-unit cost at volume.

Typical savings: 20 to 40% on bare PCB cost

Assembly Cost Reduction

We eliminate through-hole components in favor of SMD, reduce the number of unique parts, standardize on common footprints, and design out manual assembly steps. Every manual operation on a production line adds cost that compounds at volume.

Typical savings: 15 to 30% on assembly

Mechanical Simplification

We consolidate enclosure parts, reduce fastener types, design snap-fit assemblies that eliminate screws, and optimize for injection molding. Fewer parts mean faster assembly, fewer SKUs to manage, and lower tooling costs.

Typical savings: 20 to 35% on mechanical BOM

WHEN TO REDESIGN Icon

WHEN TO REDESIGN

When Hardware Redesign Makes Sense

You are scaling past 1,000 units per year

At low volumes, engineering cost for redesign may exceed savings. Once you cross 1,000+ units annually, even small per-unit reductions compound into significant savings. We help you calculate the breakeven point before starting.

Your BOM has single-source components at risk

If key components are going end-of-life, facing allocation issues, or come from a single supplier, redesign is both a cost play and a risk mitigation strategy. We address both in one pass.

You are losing margin on a mature product

Products that were designed years ago often carry legacy component choices, overbuilt power supplies, or oversized PCBs. A focused redesign can recover 30 to 50% of BOM cost and restore healthy margins.

Your product was designed by a different team

When the original engineering team is no longer available, the product often contains over-engineered sections, undocumented design choices, and missed optimization opportunities. A fresh engineering review reveals these clearly.

OUR PROCESS Icon

OUR PROCESS

How We Execute a Cost Reduction Redesign

01

BOM and Design Audit

We analyze your current BOM line by line, review the schematic and layout, and benchmark component costs against current market pricing. You receive a detailed report showing exactly where the cost reduction opportunities are.

02

Redesign Proposal

We present a prioritized list of changes with estimated savings, implementation effort, and risk level for each. You choose which changes to pursue based on your timeline and risk tolerance.

03

Engineering Execution

We implement the approved changes, including schematic updates, PCB layout modifications, new component sourcing, and any required firmware adjustments. Every change is validated against your product specifications.

04

Validation and Handoff

We build prototypes of the redesigned product, run functional and compliance testing, and verify that all original specifications are met. You receive updated manufacturing files and a revised BOM with confirmed pricing.

Want to Know How Much You Can Save?

Send us your BOM and product details. We will do a preliminary cost analysis and show you where the biggest savings opportunities are, with no commitment required.

Schedule a Free Consultation