Used SHINKAWA UTC-1000 #293810658 for sale

SHINKAWA UTC-1000 is an advanced soldering and bonding equipment used in industries such as the medical device, automotive and telecommunications industries. This machine uses direct current to conduct heat from a source to a bonded part, then uses ultrasonic waves to create a strong mechanical bond. This system creates uniform temperature zones within the workpiece that ensure consistent and fast bonding. Additionally, the use of a constant heat source for bonding eliminates oxidation and prevents deformation. The product also features an internal structure that ensures reliable heat distribution throughout the bond area. For example, the machine's adjustable power temperature zone and heater plate control help regulate uniform heating. Furthermore, this product includes an intuitive user interface that makes operating its many features simple. The user is able to select parameters such as temperature and bonding pressure, as well as monitor pressure sensors in real-time. Additionally, the machine allows users to set up an automated soldering/bonding sequence with minimal input needed. SHINKAWA UTC1000 is a versatile unit that offers a variety of options for different applications. Heat sources include a capacitor discharge unit, an ultrasound transducer unit, a flat heater, and hybrid heater. It also includes an advanced thermocouple temperature control machine that can be adjusted to match any material type for improved accuracy. Furthermore, the bonder is equipped with a simple tooling mechanism that allows for easy operator access and minimal waste of materials. Additionally, the product is designed with a strong construction that features a heat-resistant steel chrome cover and a sealed bonding chamber, ensuring safe operations for users. Other features of UTC 1000 include a high power efficiency rating, intelligent power compensation, a self-detection tool for precision and safety, and an impressive cycle rate making it a great choice for any manufacturing process.