At Smart SMT Tools, we’re constantly exploring ways to help our clients optimize their PCB assembly processes. One of the standout solutions we offer—especially for demanding wave soldering applications—is our Titanium Wave Solder Fixtures. These fixtures have become a trusted choice for many of our partners, and for good reason.
In this post, I want to share why we often recommend titanium for wave solder tooling, and how it can significantly improve the quality, reliability, and efficiency of your through-hole soldering operations.
Titanium wave solder fixtures are designed to hold printed circuit boards securely during the wave soldering process. They’re custom-built to each PCB design to shield sensitive components, maintain precise alignment, and ensure solder is applied only where it’s needed. What sets titanium apart is its ability to perform consistently in high-temperature, high-cycle environments.
Titanium withstands extreme soldering temperatures (up to 270°C) without warping or degrading. If your production line runs thousands of cycles, titanium’s thermal stability keeps your process accurate and dependable.
Flux and solder chemistry can be harsh, but titanium’s natural oxide coating resists corrosion, giving these fixtures a much longer service life than traditional materials like composite or fiberglass.
Fixtures made from titanium remain flat and dimensionally stable, even after repeated exposure to heat. This means your boards stay perfectly aligned, and your solder joints stay consistent—batch after batch.
Solder doesn’t stick to titanium, which helps prevent unwanted bridges and reduces cleaning time after soldering. It’s a small detail that makes a big difference in throughput.
Titanium is recyclable and RoHS compliant. It’s also incredibly durable, which reduces fixture replacements and waste in the long term—something our customers really value.
We’ve seen titanium fixtures excel in industries that demand absolute reliability:
In any application where solder joint integrity and repeatable quality are critical, titanium just makes sense.
If your wave solder process involves frequent fixture replacements, high component density, or aggressive flux chemistries, a titanium fixture can be a game-changer. While the initial cost is higher, the long-term savings and quality gains are well worth it.
At Smart SMT Tools, we work closely with every customer to evaluate your PCB design, process requirements, and budget to determine the best fixture material. If titanium is the right fit, we’ll design and deliver a high-performance solution built to last.
Ready to upgrade your soldering process?
Reach out to us—we’re here to help you get more out of every production run.
