ICAPE Group invites you to their event

πŸ“ Physical Dimension & Tolerances on Flex PCBs

About this event

Designing a Flex PCB that fits perfectly within a mechanical assembly isn't always as simple as it seems. Due to the lower dimensional stability of polyimide materials, even small variations can create major challenges for assembly, manufacturability, and long-term reliability.

Join ICAPE's Field Application Engineers for an expert webinar on the critical dimensional tolerances that every PCB designer and mechanical engineer should understand when working with Flex PCBs.

πŸ“† Choose your best webinar session below!

πŸ‘‰ Monday 6 July - 6PM CET

πŸ‘‰ Wednesday 8 July - 3PM CETΒ 

πŸ‘‰ Friday 10 July - 10AM CETΒ 

In this webinar, you'll learn how to:

πŸ”Ή Anticipate conflicts between mechanical requirements and PCB manufacturing tolerances

πŸ“ Identify the dimensional tolerances that most impact fit, reliability, and yield

🎯 Manage critical design relationships such as hole-to-pad, contour-to-pattern, and pattern-to-fiducial spacing

πŸ“š Apply key IPC standards (IPC-2221, IPC-2222, IPC-4101, and IPC-6012) without navigating hundreds of pages of documentation

Don't let dimensional tolerance issues become costly surprises. Join us and learn how to get Flex PCB designs right from the start.

Hosted by

  • Team member
    T
    Erik Pedersen

    Erik started in the PCB industry in 1989. Starting as a trainee on the production floor, advancing to quality/test and to the pre-production engineering has given him a unique understanding of each production step, combined with theoretical engineering knowledge. This has been the foundation he has used during the years, to be more than just a salesman. For the last 9 years, he has been working as FAE, before he joined ICAPE Group, where he acts as a FAE & Quality Director.

ICAPE Group

ICAPE Group is a company that provides access to a network of PCB and technical parts manufacturers with optimized costs, expert engineering advice, short lead times, and sustainable processes.