Professional PCB Design Services That Ship First-Pass
Schematic capture, multi-layer PCB layout, and DFM review — done right the first time. We take your project from concept to production-ready files.
End-to-End PCB Engineering
We follow a clear process — from your first concept to final production files. Every stage has defined deliverables and a fixed timeline.
Engineered to Standards
Schematic Design
We capture schematics in a clean, organized format. Custom part libraries keep your BOM accurate. Every schematic passes ERC validation.
- Multi-sheet hierarchical layout
- Custom symbol libraries
- Design rule validation
PCB Layout
We lay out multi-layer PCBs — including HDI and rigid-flex designs. Every trace is routed for signal integrity and fab yield.
- Up to 12-layer stackups
- HDI & microvia technology
- Impedance control
DFM Analysis
DFM review checks your board against real fab rules before you order. We flag issues early — so you avoid costly respins.
- Fabrication analysis
- Assembly optimization
- Thermal simulation
The Schematic to MVP Journey
Our 4-stage process takes your concept to a production-ready product. Each stage has clear deliverables and a fixed timeline.
Schematic Capture
We create the full schematic, organized into clear blocks. Every net is validated. You get a complete, accurate BOM.
Key Deliverables
Cross-Sector Hardware Solutions
We have deep experience in regulated industries. Each sector has strict rules — and we build to meet them from day one.
Medical & Wearable
PCBs for patient monitoring, diagnostic instruments, and wearable biosignal acquisition — including ADS1299-class biopotential front-ends.
Energy & Metering
Three-phase smart energy meters and power monitoring hardware, including ATM90E36A metering front-ends with cellular and Zigbee backhaul.
Industrial Automation
PCBs for PLCs, sensor networks, and control systems. Built to work in harsh environments — rated to IP67/68 where needed.
Motor Control & Power
Field-oriented BLDC drives, battery charging, and high-power switching — DRV-series gate drivers, BQ-series chargers, and TRIAC AC control.
IoT & Connected Devices
We develop low-power IoT boards with Wi-Fi, BLE, LTE, and LoRa. Power budgets are set for battery life. FCC and CE compliant.
Consumer Electronics
We deliver cost-efficient PCBs for wearables, smart home devices, and consumer products. Built for high-volume production from day one.
Ready to Transform Your Hardware Vision?
Tell us what you're building. We'll review your needs and send a detailed quote within 48 hours.
WhatsAppWhat Clients Say
Verbatim reviews from engineers and founders who hired us to design their boards.
I talked to about 8 fiverr contractors for this gig, and most said something like “yes I can do that” with no real indication of understanding. Niloy offered to hop on a Zoom call — I was free, and we immediately reviewed my schematic and plans. In 4 days, Niloy delivered everything we discussed and more.
This was a highly complex hardware design project involving a custom radar frontend board for a security system. The scope required precise RF routing, power control, shielding, and signal conditioning. Niloy took the feedback seriously and delivered a fully functional revision that met 100% of our requirements. Serious engineer, strong delivery.
Niloy did an excellent job designing a custom MCP23S17 PCB for me. He is very professional, skilled, and easy to work with. The PCB design was perfect, and everything worked as expected. He communicated well throughout the project and delivered the work on time.
Niloy was a tremendous help, actively collaborating with us on the changes we needed and suggesting improvements to enhance our design. He assisted us with ordering the parts and joined a call to guide us through some implementation questions.
Niloy was great to work with. He understood my requests and had no issue deciphering my drawings to ensure the pcb components would fit on the footprint I needed. I rated 5 stars because I received what I asked for without hassle.
Great service, great delivery time. Understood the job to done immediately and explained the required info well. The result is a wonderful product.
Why Engineers Choose Us
IPC CID+ Certified
Our lead engineer is IPC CID+ certified. That's the top credential in PCB design. Every board follows IPC-2221 rules — so your design review goes smoothly. Meet our lead engineer.
DFM-First, Not DFM-After
We check every board against real fab rules — JLCPCB, PCBWay, and Macrofab. Files are only sent when they pass. You avoid respins and last-minute stackup changes.
Manufacturing-Ready Deliverables
Every project ships with Gerbers, NC drill files, BOM, assembly drawings, and pick-and-place data. Files are formatted for your CM. Your manufacturer can start straight away.
Cross-Industry Experience
We've completed 500+ PCB projects — medical and wearable, energy metering, industrial control, motor control, and IoT. Each sector brings its own constraints, and we design to them from day one. See our portfolio.
Frequently Asked Questions
- How much does PCB design cost?
- PCB design starts from $1,000 for simple 2-layer boards and rises with complexity — multi-layer, HDI, RF, and rigid-flex designs cost more. Cost depends on layer count, signal complexity, turnaround time, and whether DFM review and schematic capture are included. Request a free quote for an accurate estimate within 24 hours.
- How long does PCB design take?
- Simple 2-4 layer boards typically take 3-5 business days for layout. Complex HDI or high-speed designs take 7-14 days. We provide a firm timeline in every quote with a 48-hour quote turnaround guaranteed.
- What file formats do you deliver?
- We deliver Gerber files (RS-274X), NC drill files, assembly drawings (PDF), BOM (Excel/CSV), schematic PDF, pick-and-place files, and native source files in Altium Designer or KiCad format.
- Do you offer DFM review?
- Yes. Every PCB layout includes a full Design for Manufacturability review against JLCPCB and PCBWay fabrication rules. We check trace clearances, via sizes, soldermask, silkscreen, and annular rings before delivering files.
- What industries do you design PCBs for?
- We design PCBs for medical and wearable devices (biosignal acquisition, patient monitoring), energy metering, industrial control and automation, motor control and power electronics, RF and LoRa wireless, industrial IoT, and consumer electronics.
- Can you design high-speed PCBs for DDR4, PCIe, or USB 3.x?
- Yes. We specialize in high-speed digital PCB layout including DDR4/DDR5 memory interfaces, PCIe Gen 3/4, USB 3.x, and Gigabit Ethernet. All high-speed designs include controlled impedance routing and signal integrity verification.
Still have questions? Request a quote.
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