Used SHINKAWA UTC-1000 Super #9302548 for sale

SHINKAWA UTC-1000 Super is a high quality and powerful ultrasonic metal bonder, designed to meet the highest precision and speed requirements in a range of industries. This automated machine has been designed to produce stronger, higher quality spots that are capable of withstanding vibration, moisture, temperature, and chemical shock. It is an efficient bonder for joining metals, ceramics, hard plastics and other materials. SHINKAWA UTC-1000SUPER allows for a range of quality parameters to be adjusted, as well as a range of carrier options. The machine is capable of precisely stamping a variety of shapes, patterns and sizes of parts onto the substrate. The temperature level of the bonding surfaces can be precisely controlled, allowing optimal bonding conditions to be met. It also features a powerful dual drive system that ensures superior quality bonding. UTC 1000 SUPER further features an integrated visual system that ensures precise operation, using a unique detection camera and an adjustable light source. This allows for perfectly clean and defined components to be produced with a minimum of errors. The consistent parameters also helps prevent necessary trimming or reworking once parts are installed. The equipped application selection algorithm makes it easy to set up and execute a job. This makes the process of moving to a new material more efficient and reduces the time between production changes. This reduces costs and ensures increased productivity in production. UTC-1000 Super is ideal for a variety of applications, whether it be in automotive, medical and electronics industries, or more general applications. It offers a solid and reliable performance while still remaining easily adjustable and affordable. Unique features such as the dual drive system, adjustable light source and standardized settings makes this a dependable industrial bonder for a range of materials. UTC-1000SUPER is an ideal solution for meeting top precision needs and high quality integrated component production.