Prototyping oven with motorized drawer for automatic processing. Combi-heater system convection/infrared ensures homogenous temperature distribution and enables steep ramps. Integrated microprocessor for profile control and storage.

Drawer-type batch reflow oven

In regard to component type, component density and board complexity, the soldering of state-of-the-art PCB requires professional production equipment, especially in low-volume manufacturing. Solder quality equal to that in high-volume environments must be ensured.
To meet these requirements, the RO06 reflow oven is the ideal solution. The integrated convection heater with quartz lamp support for steep ramping, an automated process flow and the feasibility of storing various profiles have made the RO06 the preferred solution in the lab and in low-volume manufacturing all over the world.

• Homogeneous convection heater
• Quartz lamp supports quick heating
• Lead-free or standard soldering profiles
• Motor-driven drawer for automated process flow
• Microprocessor control with large memory
• Large viewing window for process monitoring
• Unique pause function for process evaluation
• External sensors for in-board measurements

Integrated microprocessor control permits the programming of a basic temperature (T1), the desired pre-heat temperature and time (T2), as well as the required soldering temperature and time (T3). After cooling down to T4, the drawer automatically moves out of the heat chamber

The large viewing window enables visual monitoring of the process running inside the sealed heat chamber. Using the unique pause function, a given solder profile can be extended manually. This ensures that a new product is correctly soldered in the first pass.

Two external temperature sensors allow the measuring of profiles directly in the circuit board. The integrated LCD panel directly indicates the measured temperature values.

The Windows-compatible RO-SOFT software records the measured profiles as well as the chamber temperature. The temperature curves can be stored and graphically superimposed for process control.