Soldering Equipment for Precise, High-Volume PCB Production
At Adonai Technologies, we use advanced soldering equipment to deliver both selective and wave soldering solutions, ensuring quality connections in every assembly. Our ERSA VERSAFLOW 3/35 Selective Soldering Machine provides precise control, handling complex designs with both lead-free and leaded alloys. With the capacity to process PCBs up to 508 mm x 508 mm, it easily meets diverse project needs.
Meanwhile, our Speedline Electrovert Wave Soldering System supports high-volume Through Hole assemblies, offering efficient, reliable soldering across large batches. Together, these systems give us the flexibility to handle unique project demands. From prototypes to large-scale production, we prioritize dependable results with every connection.
Soldering Equipment Capabilities
ERSA VERSAFLOW 3/35 Selective Soldering
The ERSA VERSAFLOW 3/35 is an advanced inline selective soldering machine capable of handling PCBs up to 508 mm x 508 mm. It provides precise soldering for lead-free and leaded alloys, making it ideal for assemblies with high-density or complex layouts. With targeted solder application, the ERSA VERSAFLOW minimizes thermal stress on components, ensuring optimal performance for intricate designs.
Key Benefits:
- Inline selective soldering for precise, controlled solder application.
- Handles PCBs up to 508 mm x 508 mm in size.
- Supports both lead-free and traditional alloys for diverse applications.
Speedline Electrovert Wave Soldering Equipment
Our Speedline Electrovert Wave Soldering system is engineered for high-volume Through Hole assemblies, offering an efficient and reliable method for consistent soldering. This equipment is optimized for large-scale production, ensuring uniform solder coverage and robust connections that stand up to rigorous quality standards.
Key Benefits:
- Ideal for high-volume Through Hole assemblies.
- Provides efficient, consistent soldering across large batches.
- Ensures reliable and durable connections for demanding applications.