Protected Electronics

Built to perform in any environment. Many electronic devices require additional protection to operate reliably under harsh or changing conditions. At SMDbaltic assembled PCBs can be protected using various technologies like precise UV conformal coating applied on our automated Asymtek line, to automated potting with specialized compounds for complete encapsulation. Each method enhances durability and ensures that our assemblies remain stable against moisture, vibration and temperature extremes.

Cost Considerations

Protective coating or potting adds value far beyond its cost.

By preventing moisture damage, corrosion and early failures these technologies significantly reduce warranty claims and product replacement costs.

Our automated coating and potting systems ensure consistent results, optimized material usage and cost efficiency even for small and medium production runs.

Quality Assurance

Precision and repeatability are key in protective coating and potting.

Automated Asymtek systems ensure accurate material dispensing, uniform coverage and clean execution.

All assemblies undergo 100% visual inspection while controlled environments and regular equipment calibration guarantee consistent quality and reliable long-term protection.

Logistical Advantages

European providers combine flexibility with fast response to changing production needs.

Thanks to our convenient location in the heart of Europe, SMDbaltic is ideally positioned for fast and efficient logistics.

Materials with limited shelf life are delivered quickly and handled under controlled conditions, ensuring stability and reliability throughout the production process.

Short supply routes mean lower environmental impact, faster turnaround and consistent quality for every assembly.

Typical delivery times from SMDbaltic:

Destination	Standard (Global)	Express
Germany	3-5 days	1-2 days
United Kingdom	4-7 days	2-3 days
Finland	2-4 days	1-2 days

Conclusion

In close cooperation with each customer, we define the best protection method, choose suitable materials and ensure proper handling throughout the process.

The result is electronics that stay reliable, durable and ready for real-world conditions.