OPTIMA

There are two goals when spraying flux for wave soldering: to apply flux where it needs to be, and to apply it in the right amount.  Every feature of the Optima Fluxing System is perfectly designed to achieve these two goals. The Optima’s revolutionary Ultra-Spray technology achieves better than ± 1% flux deposition variation, and complete flux penetration of all plated-through holes.  Smart Motion traversing mechanism, self-tuning ultrasonic generator, and digitally controlled flux flow circuit makes the Optima Fluxing System the best choice for precision spray fluxing applications. The Optima Fluxing System features: Ultimate Precision and Repeatability Superior Flux Penetration of Plated-Through Holes Better than ± 1% Flux Deposition Variation Maximum Production Uptime Self-Cleaning Spray Head Selective Spray Fluxing Variable Flux Deposition Control Flux Flow Meter Dual Flux Supply (change flux on the fly) The Smart Motion traversing mechanism allows for programmable speed and position control of the spray head, with sufficient “ Motor Muscle” to ensure repeatable and dependable reciprocation for thousands of kilometers of movement. Fully automated and programmable, the Optima Fluxing System utilizes state of the art control components and user-friendly operator interface for system set up and recipe selection, eliminating the need for manual adjustments.  The control system has the capability of storing dozens of recipes for instant recall (an optional graphical user interface is available for unlimited recipes).  All system and control parameters can be password protected. This high level of control results in: Significant reduction in the amount of flux consumed Improved yields Minimized flux residue Less maintenance Overall better soldering process The fluxing process is the first component of the wave soldering process.  Apply flux well, and the rest of the soldering process will fall into place.

Request additional product literature, or download the PDF product brochure on the Optima Fluxing System.