High Speed Selective Stamp Soldering Machine | JUKI FlexSolder S3532
- Category: Selective Soldering Equipment
- Manufacturer: juki
- High Speed
- Volumetric Stamp Soldering
About the High Speed Selective Stamp Soldering Machine | JUKI FlexSolder S3532
Introducing a new line of Selective Solder equipment from JUKI Automation Systems. Using proven technology since 1992 but with added Flexibility. In fact, the MOST flexibility in any Selective Soldering equipment available on the market. Each new machine is part of the “FlexSolder” series, but each has different abilities and purposes. In most cases several types of soldering can be combined into a single machine for the ultimate in flexibility.
The FlexSolder S3532 is the new High Speed Stamp Soldering machine. Although new, it is built on years of experience of soldering expertise using the proven Volumetric Stamp Soldering method. If you want to solder like Bosch and other world-wide leaders of PCB manufacturing, then Volumetric Stamp Soldering should be your only choice. The process takes place in a nitrogen atmosphere. A contour plate ensures absolute flatness of the PCB and this is the only machine in the world that guarantees that.
The FlexSolder S3532 is built to run 24 hours a day, 7 days a week. It is built around a heavy steel frame and uses all name brand components to ensure reliability, high up-time, and most importantly, great results.
In addition to stamp soldering, the FlexSolder S3532 also incorporates stamp fluxing which has significant advantages. First of all, it has the same high speed advantage of the stamp soldering, i.e. the entire PCB is fluxed in 1 simple, fast, precise, clean motion. There are no spray fluxers, foam fluxers, or any other messy applicators that leave the machine messy with plenty of unwanted residue on the PCB
SPECIFICATIONS:
- Cycle Time: As Low as 20 Seconds
- Stamp Method: Volumetric Stamp Soldering
- Various Size Brushes: Fluxing stamps brushes add flux only where soldering will take place.
- Pre-Heat: 3 Stage Pre-Heating with Radiant IR and Convection