Used VITRONICS SOLTEC Quantis Pro 6738 #169635 for sale

VITRONICS SOLTEC Quantis Pro 6738 is a convection reflow soldering oven designed for larger production lines. It features cutting edge technology for higher quantity soldering with increased accuracy and consistency. The Soltec 6738 is a powerful oven with two independent heating zones equipped with state-of-the-art heating elements which offer rapid heating rates with no compromise in quality. Each zone is capable of being heated to a temperature up to 380ºC. With a maximum piece rate of 14,400 pieces per hour, the Soltec 6738 is highly efficient and perfect for any high-volume production line. The precise temperature control of Quantis Pro 6738 makes it perfect for applications requiring stringent temperature tolerance, such as lead-free soldering. With its dynamic PID controller, the temperature variation between heating elements is evened out to maintain accuracy. The oven's dynamic air flow system ensures precise control of air flow, temperature and humidity; providing uniform heating throughout the entire oven chamber. The Soltec 6738's unique design allows users to adjust the resistance of the heating element to suit their needs. This adjustment feature is especially useful when soldering SMDs, as it allows users to tailor the heat flux in order to reach the optimal soldering temperature. With its user-friendly, intuitive EasyProcess software, the Soltec 6738 can be easily programmed with the desired settings, allowing users to adapt quickly to any soldering environment. The Soltec 6738 has multiple safety features, such as door interlock, thermal overload protection, and an emergency safety switch. Its robust design guarantees stability and protection from external vibrations, giving it a long service life. To sum it up, VITRONICS SOLTEC Quantis Pro 6738 is an advanced convection reflow oven designed for larger production lines. Its efficient design, precise temperature control, and flexibility make it the perfect choice for any soldering application.