Vapour Phase Reflow For Highly Flexible Soldering of Complex PCBA Assemblies
01
Tailored Solutions
Asscon have worked on a broad range of technologies and a pricing structure which means we have a technology to meet your needs and budget
02
Global Market Leader
Largest global installation base of all Vapour Phase providers and over 80 installation in the UK alone
03
Durable High Quality Build
German quality engineering with systems built to last. Low number of spare parts required to maintain alongside typical preventative maintenance
04
Low Cost of Ownership
Engineered recycling of Galden and cooling systems to keep consumables usage low and cost effective
Laboratory & NPI Soldering
VP 510 | VP 310
The VP 310 & VP 510 offer a highly capabale entry level system for a low throughput NPI or laboratory environment. They offer the same quality of soldering performance as the rest of the range if throughput is not a priority.
The mid tier range of systems available with or without Vacuum process depending on your applications needs or retrofittable as with the case with the VP 810
The highest throughput available both with and without Vacuum technology. Incorporating the same dip technology but with supporting handling for optimised automation.
To reduce your voiding level to its lowest, you may opt to utilise vacuum into your reflow process. This additional process can result in void reduction by a factor of 10 in comparison to without.
As electronic products continue to become more advanced and occupy less space, PCBA design and build continues to become more complex and crowded and complicated.
Vapor Phase Soldering, also well known as Condensation Soldering, uses for the heating-up process of the assemblies the thermal energy which is emitted by phase change of the heat transfer medium from gas-like to liquid state. This phase change (Condensation) at the complete surface of the solder piece lasts as long until the assembly has reached the temperature of the vapor. Due to the high vapor density and the liquid film as a result of condensation, the complete heating-up process takes place at an oxygen free environment. The transferred quantity of heat is linear to the supplied heating energy.
Following advantages are resulting with these physical principles.
No more overheating of the assemblies, because the boiling point of the heat transfer fluid defines the maximal soldering temperature. Therefore vapor phase soldering is ideally usable for lead free solder processes.
Continuous heating-up at the complete assembly even with different assembly parts and assembly mass.
Oxygen free soldering process without application of any protective gas.
Efficient use of energy due to the high heat transfer coefficient of the medium, compared with air, nitrogen or radiation. Therefore operating costs are significant reduced compared with the other Soldering Technologies as radiation and convection.