Printed Circuit Boards / PCBs
Custom Printed Circuit Boards Engineered for Performance
PICA designs and manufactures printed circuit boards (PCBs) that deliver precise, reliable performance across industries. From early-stage prototypes to high-volume production, our team provides scalable PCB fabrication backed by stringent quality control and responsive engineering support.
With fast turnaround, expert DFM support, and global delivery, PICA helps design engineers push the limits of what’s possible in medical, automotive, defense, aerospace, industrial, and consumer electronics.
Why Choose Printed Circuit Boards from PICA?
Proven Reliability – Stable boards produced under strict quality standards.
Cost-Effective Options – Single-sided and double-sided PCBs for straightforward applications.
High-Density Interconnects – Multi-layer and HDI designs for compact, high-performance systems.
Design Optimization – Engineering support for stack-ups, materials, impedance, and thermal management.
Scalable Production – Fast prototypes and high-volume builds with global logistics.
PCB Capabilities – Highlights
PICA offers full end-to-end PCB manufacturing with advanced processes and materials:
Up to 28+ layers with complex HDI stack-ups
Microvias, blind & buried vias for compact routing
Controlled impedance with TDR verification
Fine-line circuitry for high-speed and miniaturized designs
Material flexibility – FR-4, high-temp laminates, and hybrid constructions
Thermal management – Optimized for heat dissipation and reliability
Regulatory compliance – RoHS, UL, and ISO 13485 certified manufacturing
Explore our PCB Design White Papers
Looking for deeper guidance on PCB via design, protection, and surface finish selection? Explore PICA’s technical white papers for practical insights that can help engineers make more informed design and manufacturing decisions.
Understanding PCB Via Holes
Learn about the role of vias in PCB design, common via types, and key considerations for reliable interconnect performance.
PCB Via Protection
Explore protection methods that help improve via reliability, prevent solder wicking, and support demanding PCB applications.
Advanced Surface Finishes for PCBs
Compare common PCB surface finish options and understand how finish selection can affect solderability, reliability, cost, and long-term performance.
Access the white papers to support stronger PCB design decisions from concept through production.
For more technical information on PICA’s Printed Circuit Boards capabilities, click the button below.
Printed Circuit Board Capabilities
Technology
- Conventional PCB Max. 40 Layers
- HDI Capability Max. 32 Layers
- ELIC Max. 12 Layers
- Sequential Lamination
- Heat Sink (Aluminum or Copper)
- Embedded Capacitance & Resistance
- Impedance Control (TDR Testing & Verification)
- Max. Board Thickness: 8mm (0.315in)
- Min. Board Thickness: 0.25mm (10mils)
- Min. Core Thickness: 0.05mm (2mils)
- Max. Copper Thickness: Inner Layer 12oz, Outer Layer 6oz
Materials
- ROHS Compliant, UL 94 V-0 Approved
- FR4 Min Tg130 .C, 150 .C, 170 .C & 180.C
- Halogen Free
- Metal Core (Aluminum/Copper)
- Polytetrafluoroethylene
- DuPont Coolamp®: Formable, Thermal Substrate, UL Approved
- CEM-3, Ceramics, Teflon…
Patterns & Holes
- Space & Trace: 50μm (2mils)
- Micro Via: Laser 75μm (3mils) Drilling 150μm (6mils)
- Controlled Depth Drilling
- Panel & Pattern Plating
- Max. PTH Aspect Ratio: 16:1
Benefits of Printed Circuit Boards / PCBs
Consistent Quality
Every board is manufactured under strict process control for long-term reliability.
Design Flexibility
Options from simple single-sided PCBs to advanced multi-layer HDI structures.
Faster Time-to-Market
Quick-turn prototyping and scalable production help you launch products faster.
Optimized Performance
Engineered for signal integrity, thermal stability, and durability in demanding applications.
Global Manufacturing Advantage
U.S. and Malaysia facilities provide cost-effective production with local support.
Markets We Serve with Printed Circuit Boards / PCBs
Consumer Electronics:
Powering compact devices like smartphones, tablets, and wearables with lightweight, space-saving designs.
Medical Devices:
Used in pacemakers, hearing aids, implants, and diagnostics where flexibility and reliability are critical.
Automotive:
Built into control modules, lighting, and infotainment systems to withstand vibration, heat, and irregular layouts.
Industrial Equipment:
Trusted in robotics, sensors, and control systems for durability in harsh environments.
Defense & Security:
Essential in satellites, missiles, and avionics, combining lightweight efficiency with extreme durability.
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Request Your PICAKit Today
We want you to take a look at what we can produce for you by offering you a PICAKit which includes a variety of flexible pcb, shields, & flat flexible cables.
