Selective and Mini-wave Soldering

 

Inertec - CUBE Inline+

With over 1300 installed soldering systems, INERTEC is one of the leading companies in this market sector. Right from the start, the main focus was on the development and production of innovative soldering technologies. The corporate guiding principle is the company´s ability to react flexibly to the wishes and requirements of the user, and continue to develop innovative products.

Based on the market requirements and to realize also shorter delivery times, INERTEC developed the new CUBE Inline+

- Modular build up and structure

- Easy to be expanded on customer site

- Fluxing with one or multiple drop jet heads on a fast XY axis

- Preheating via convection or quick reacting quartz heaters

- Soldering with mini wave – ActiveFlow or the combination of both technologies

- Perfect accessibility to all components

- High teach components – servo motors with CAN open bus

- Newest control BECKHOFF TwinCat III

- PCB sizes up to 510 x 460 mm

 
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Inertec - CUBE 460

The new CUBE 460 entry-level soldering system is designed as a production cell for small and medium batch sizes. With the loading shuttle, it is possible to perform THT assembly directly on the machine, at the same time as significantly improving quality when compared to manual soldering.

The simplified graphical programming gives you a quick entry into selective soldering technology. Benefit from the professional functions and proven technology available in the larger systems, such as process monitoring or bus-capable DC servomotors.

CUBE.460 Software

INERTEC has worked on the software GUI (Graphical User Interface) specifically for simplified operation.

 The control system for the CUBE is based on the systems from the ELS 3.3 and EMLS product lines which have proven themselves over many years. Programming can be carried out without having to dispense with the convenience of offline software. The software has been expanded to include a warpage correction module. This makes it possible to compensate for circuit board warpage by correcting the z-axis .During the programming, the circuit board warpage is visualized at every point and transferred into the program.

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