PCB Success Stories

PCB Success Stories

Discover how our advanced PCB solutions help industry leaders innovate and excel in their markets

30,000

+

Projects Completed

99

%

Client Satisfaction

15

Industries Served

By Industry

By Product Type

By Engineering Constraint

condition:
clear condition

40% Better Cooling for 800V EV Power Modules with Embedded Copper & Heavy Copper

Overheating threatened reliability. We embedded copper busbars and applied selective heavy copper—transforming the PCB into an active power path, cutting peak temperature by 40% for safe continuous operation.

Embedded Copper Busbars Turn PCB into a Power Structure

Embedded Copper Busbars Turn PCB into a Power Structure

Selective Heavy Copper Applied Where Current Actually Flows

Selective Heavy Copper Applied Where Current Actually Flows

40% Heat Dissipation Improvement & Uniform Temperature Distribution

40% Heat Dissipation Improvement & Uniform Temperature Distribution

24/7 Reliability for Smart City Surveillance with High‑Tg & Blind/Buried Via

Intermittent failures after thermal cycling? We used high‑Tg/low‑CTE materials, blind/buried vias, and thick gold plating—eliminating via fatigue for continuous outdoor operation.

High‑Tg / Low‑CTE Material System for Thermal Cycle Endurance

High‑Tg / Low‑CTE Material System for Thermal Cycle Endurance

Blind & Buried Vias Reduce Z‑Axis Stress Accumulation

Blind & Buried Vias Reduce Z‑Axis Stress Accumulation

Thick Gold Plating for Long‑Term Contact Stability

Thick Gold Plating for Long‑Term Contact Stability

Copper Inlay & Hybrid Lamination for High‑Power Robotics Thermal Management

A 120A servo drive overheated under continuous load. We embedded copper inlays for direct heat paths and used hybrid lamination to separate power from signal—achieving stable operation without bulky cooling.

Embedded Copper Inlay for Direct Heat Path

Embedded Copper Inlay for Direct Heat Path

Hybrid Lamination: Power + Signal Layers Separated

Hybrid Lamination: Power + Signal Layers Separated

120A Stable Operation Without Thermal Shutdown

120A Stable Operation Without Thermal Shutdown

Motor Drive Heavy Copper PCB: Power Density & Heat Dissipation for Industrial Automation

A motor drive heavy copper PCB faced high current density, thermal accumulation, and manufacturability limits. UltroNiu delivered current‑path analysis, copper balancing, thermal dissipation planning, and process controls—ensuring stable power handling and repeatable builds for high‑stress industrial applications.

Current‑Path & Copper Distribution Governance

Current‑Path & Copper Distribution Governance

Thermal Dissipation & Heat Flow Planning

Thermal Dissipation & Heat Flow Planning

Heavy Copper Manufacturability & Process Control

Heavy Copper Manufacturability & Process Control

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Reduce Risk Before You Go to Production

Our engineering team reviews materials, stack-up, impedance control, and manufacturability to help ensure stable performance from prototype to mass production.