Ideal Sales, Inc. - PCB Specialists

10/01/2026

Who answers to the FDA for the PCBs inside your medical device? Under the 2026 QMSR, the OEM does, and supplier audit reports are now open to inspection. Our guide for medical buyers:
https://ow.ly/yHib50ZSR0O

09/24/2026

Medical device PCBs require more than standard fabrication.

Compliance, materials, isolation, traceability and reliability must be designed in from the start. Read more: https://ow.ly/QjOg50ZQGwZ

A practical guide to medical device PCB design: FDA QMSR 2026, IEC 60601 creepage and MOP rules, IPC-6012 Class 3 fabrication, and ISO 10993 biocompatibility.

09/17/2026

Choosing a PCB manufacturer should never come down to price alone.

Manufacturing capability, certifications, DFM support, traceability, quality control, communication, and total cost all play a role in whether a project stays on schedule and performs as expected.

Here are 7 questions worth asking before choosing your next PCB manufacturing partner.

Read more: https://ow.ly/EcHe50ZOt5U

Seven evidence-based questions to ask any PCB manufacturer before you commit — capability, certifications, traceability, and total cost, from Ideal Sales.

09/10/2026

Reliable electronics start with clear standards. IPC standards help define quality, consistency, and reliability across design, fabrication, assembly, inspection, and testing, which is why standards-driven manufacturing matters before a board reaches production. Read more: https://ow.ly/7ELH50ZKqJn

IPC standards deliver on consistency, high-reliability, and quality for the electronics industry from consensus requirements for design, manufacture and acceptance of printed boards, assemblies, and cables.

09/03/2026

Choosing a PCB manufacturer is not just about price. The right partner should understand design, materials, DFM, testing, assembly needs, and prototype-to-production support.

Read more: https://ow.ly/7fkY50ZHNna

08/27/2026

Getting a PCB prototype quote? Design files, BOM details, tolerances, quantity, lead time, and assembly needs all affect cost and timing. Here’s what to know before requesting a quote: https://ow.ly/hOEo50ZFNNh

When it comes to deals being made between manufacturers and their clients, quoting is an important part of this process. However, when it comes to your average PCB Prototype Quoting experience, it always pays to brush up on what’s involved. Before quoting occurs, the client and the manufacturer bo...

08/24/2026

Aerospace PCB manufacturing leaves no room for guesswork.

IPC standards help define the expectations for design, fabrication, assembly, inspection, and long-term reliability in mission-critical electronics.

Break down the key IPC standards aerospace PCB manufacturers will need to understand before production begins.

https://idealsalesinc.com/2026/08/13/ipc-standards-every-aerospace-pcb-manufacturer-must-follow/

Aerospace PCB manufacturers must follow specific IPC standards, from IPC-6012 Class 3 and its addenda to J-STD-001 and IPC-1791. See which ones apply and why.

08/20/2026

Aerospace PCBs are held to a higher standard because reliability cannot be left to chance.

IPC standards help define the expectations for design, fabrication, assembly, inspection, and quality control in high-reliability electronics.

Read: https://ow.ly/wPxt50ZBbUt

Aerospace PCB manufacturers must follow specific IPC standards, from IPC-6012 Class 3 and its addenda to J-STD-001 and IPC-1791. See which ones apply and why.

08/13/2026

Aerospace PCBs are not just “stronger” versions of commercial boards — they are built around a completely different level of reliability.

From material selection and environmental stress to testing, traceability, and documentation, every detail matters when failure is not an option.

https://idealsalesinc.com/2026/08/06/aerospace-pcb-requirements-whats-different/

Aerospace PCB requirements differ sharply from commercial boards, covering IPC Class 3, AS9100D, materials, and testing. Learn what changes and why it matters.

08/06/2026

A PCB can look perfect and still fail without proper testing.

Choosing between Flying Probe Testing and In-Circuit Testing depends on your production volume, design complexity, reliability requirements, and manufacturing goals.

Learn how the right testing approach helps improve PCB quality and reduce costly failures before products reach the market.

👉 https://ow.ly/yc1A50ZwJCk

When it comes to PCB testing during manufacturing, two of the most common types of tests are flying probes and in-circuit. These two tests are similar in that they both create an electrical signal to test the board, but they have very different methods for creating this signal.   To understand both...