Electrovert OmniFlex series of lead free capable reflow ovens are specifically designed to optimize operating efficiencies , reduce maintenance intervals and lower life-cycle costs. These efficiencies have been gained through design enhancements, such as standard closed loop blower control and an advanced chamber design for more balanced airflow with minimal turbulence, which improve heat transfer and substantially reduce power and nitrogen consumption. The OmniFlex system consumes upto 50% less power and upto 30-35% less nitrogen than comparable platforms available today. In addition, a proprietary self-cleaning Flux Extraction System (FES) reduces maintenance intervals, representing a significant gain in uptime. The patent pending FES consists of multiple, multi-stage collection units strategically located with in the heating sections to continuously scrub process gas for unwanted particulates.

The OmniFlex "heat-on-intake" chamber design introduces a balanced air stream into the heating chamber. This method offers exceptional zone-tozone segregation plus minimal peak temperature delta performance.

Standard closed-loop blower control balances airflow with minimal turbulence to improve heat transfer and substantially reduce power and N2 Consumption.

The air cooling module offers independent four-speed blower control through the software plus standard closed-loop blower control with blower failure detection.

The nitrogen cooling module consists of vertical cooling chambers that offer independent, closed-loop variable blower control for precise control of cooling slopes and assembly exit temperatures.

Rail heaters can reduce peak temperature deltas to within 1.5°C for products with large thermal mass. This is beneficial for products with mass on the edges of electrical assemblies.