Connectors, power components, and mechanically-stressed parts still need through-hole strength. We run wave and selective soldering alongside our SMT lines for boards that combine both technologies on a single assembly.
Connectors, transformers, relays, and power components are frequently through-hole for a reason — mechanical strength. Our THT capability covers wave soldering for high-volume boards and selective soldering for dense, mixed-technology assemblies where SMT and THT components sit side by side.
High-throughput wave soldering for THT-heavy boards and connector-dense assemblies.
Programmable selective soldering for mixed-technology boards where SMT components must be protected.
Hand-insertion for low-volume or mechanically complex THT components ahead of soldering.
SMT reflow first, THT insertion and selective solder second — sequenced to protect both processes.
Visual and, where specified, X-ray inspection of THT joints for hidden defects.
THT and mixed-tech boards can move directly into conformal coating for harsh-environment use.
Yes, this is one of our most common jobs — SMT reflow runs first, followed by through-hole insertion and wave or selective soldering.
Selective soldering is better suited to boards where SMT components are already placed nearby and need to be protected from the solder wave, or where only specific THT joints need soldering.
Yes — visual inspection is standard on every board, with X-ray inspection available for hidden or high-reliability joints on request.
It depends on volume and component mix, but most mixed-tech production runs are quoted with the same lead times as standard large-volume assembly — ask us for a specific estimate.
Tell us your SMT/THT component mix and volume, and we'll confirm the right process sequence and a realistic lead time.
Gut No. 196, Plot No.4, Nandur-Vaidya Road, Wadivarhe, Nashik — 422 403
Wave, selective, or fully mixed-technology — we'll sequence the right soldering process for your board's mechanical and electrical requirements.