Used TSM SRF-70i92 #9172727 for sale

TSM SRF-70i92
Manufacturer
TSM
Model
SRF-70i92
ID: 9172727
Vintage: 2010
Reflow ovens (9) Zones with chain Mesh: No Center-support Type: Air Right to left Left to right Front rail fixed 2010 vintage.
TSM SRF-70i92 reflow oven is a fully customized, precision equipment designed for controlled heating in order to reflow solder on printed circuit boards (PCBs). Its innovative design and reliable quality make it an ideal solution for a variety of mass production or selective laboratory settings. SRF-70i92 is a high-end model with a 7-zone reflow oven configuration, featuring both top and bottom infrared heaters and an additional selective top irradiation oven. It is equipped with a pneumatically actuated gas distribution system, dew-point monitoring and temperature-zone-independent temperature profiling. The oven's heating capability is adjustable for the optimal process parameters, enabling the adjustment of temperature at each zone to suit the particular solder type and board layout. It features a state-of-the-art temperature profiling system that enables precise temperature control during the entire process without the need for frequent manual adjustment. For additional performance optimization, TSM SRF-70i92 is also equipped with an in-line camera system that can be used for a variety of imaging applications, including the pre-visualization of boards before production. The machine can also be integrated with a wide range of industry-standard software programs for advanced process control. SRF-70i92's safety features are also top of the line, with E-Stop and take-away doors fitted with eye-level sensors to detect and automatically stop production when a human being is present. Its easy-access hot-gas filters and process chamber door are designed for easy cleaning and maintenance, so downtime is minimized. All in all, TSM SRF-70i92 reflow oven is a top-tier piece of industrial machinery designed for high-precision, repeatable reflow processes. Its features, functions, and safety systems make it an optimal choice for both mass production and selective laboratory settings.
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