The production of the bare circuit board (printed circuit board) - i.e. the carrier made of glass fiber, epoxy resin or similar with copper tracks and drill holes. It forms the "platform" for the subsequent electronics.
Mounting electronic components on the finished printed circuit board by soldering (SMT/THT)
SMT (Surface-Mount Technology):
Components are soldered directly onto the surface of the PCB. This process is now standard for complex electronic assemblies.
THT (Through-Hole Technology):
Components are inserted through drilled holes and soldered on the back - often for robust or high-performance components.
Reliable soldered connections are crucial for both processes. This is where our high-purity tin and lead materials and customized solder alloys come into play - for stable, reliable production.
Refers to the individual production and preparation of cables for installation in electronic or electrical systems. Cables are cut to size, stripped and fitted with connectors, ferrules or contacts - precisely tailored to the subsequent application. Pre-assembled cables are used in almost all sectors, such as industrial electronics, mechanical engineering and automotive engineering. High-quality materials and clean soldered or crimped connections are essential for reliable electrical connections.
Places the highest demands on materials, precision and long-term reliability. In medical devices such as imaging systems, patient monitors or implant components, electronic connections must not only function precisely, but also be biocompatible, corrosion-resistant and absolutely fail-safe. This is why high-purity metals and lead-free solders that meet strict standards and regulatory requirements are preferred.
Includes electronic signal processing and transmission in applications such as network components, mobile radio technology, satellite communication or signal amplifier systems. In these areas, low contact resistances, precise conductor structures and high-quality soldered connections are crucial for stable, low-loss signal transmission. The materials used must function reliably at high frequencies and in complex system environments.
Describes the development and production of extremely compact electronic circuits, such as those used in sensors, wearables, mobile devices or automated control systems. The processing of the finest structures, miniature parts and temperature-sensitive components is required here - the demands are correspondingly high.
Used wherever high electrical currents or voltages are controlled - for example in drive controls, inverters, battery management systems or charging infrastructure. The resulting thermal and mechanical stresses require high-strength, temperature-resistant alloys that ensure a stable long-term connection between components and circuit boards.
Combines precision mechanics with electronic evaluation - for example in laboratory equipment, industrial test systems or digital measuring tools. Here, electrical connections must be precisely defined, reproducible and interference-free in order not to impair the signal quality. This is why high-quality materials, contamination-free solders and precise processing methods are used. For pneumatic or hydraulic measuring systems such as pressure gauges, we manufacture insert solders from the groups SnCu, SnAg, SnAgCu, SnPb, SnIn, SnBiCu, BiSnAg and PbSnAg.
One of the most demanding industries when it comes to the reliability of electronic components. In airplanes, satellites and control systems, materials must function permanently under extreme temperature, pressure and vibration conditions. Only certified alloys and high-purity metals that are both mechanically resilient and stable over the long term are used here. Lead-free solders with defined melting behavior are particularly in demand, as they enable interference-free signal and energy transmission even under changing environmental conditions.
