Used MRSI 705 #9377491 for sale

MRSI 705 is a mid-range bonder created by the company MRSI for soldering and bonding of non-motoring and semi-conducting materials. This bonder is particularly adept at soldering and bonding both high-accuracy and high-reliability substrates, including those used in advanced devices and components. 705 features advanced levels of precision in soldering and bonding, with a temperature accuracy of ±0.1°C, X-Y location accuracy of +/-0.25 microns, and a repeatability of 0.13 micron. This bonder has a patented Vapour Dynamic Contactor technology, an innovative contact-level soldering technique that applies ground-breaking methods for temperature monitoring to ensure reliable, efficient and repeatable soldering. This bonder system uses precision thermocouples and pyrometers to accurately monitor and adjust soldering temperatures as required. This allows for improved control and provides better process consistency. MRSI 705 bonder also features high-speed thermal cycle times, allowing it to perform soldering and bonding operations quickly. This bonder is a very versatile tool and is suitable for soldering of components ranging from 0.2mm up to 3mm in size. This covers many advanced components, including MEMs, microbuses, and multi-layer, ultra-fine pitch substrates, to name a few. It also has an integrated micro-inspection system, which includes an off-line, automatic defect-checking system that allows for efficient and accurate detection of soldering defects. 705 bonder offers impressive motion control capabilities, with an embedded encoder resolution of 100 nanometers in an angle range of 0 to 360 degrees, providing superior position and repeatability for high-accuracy soldering applications. This powerful bonder is also equipped with dynamic frequency control drive, which allows for soft start/stop motion and dynamic regulation of motion speed. Overall, MRSI 705 bonder is an excellent choice for companies that are in need of reliable, accurate, and fast soldering and bonding services. Its precision, speed, repeatability, and motion control capabilities make it an ideal choice for soldering of advanced components in a variety of industries.