Used KOSES KUM100 #9352109 for sale

KOSES KUM100 is a high-performance industrial bonder developed by KOSES, designed for a wide variety of bonding and laminating applications. It has a re-programmable microprocessor-controlled equipment with PID temperature control and a robust PUSH-button operation. KUM100 bonder has a strong, durable steel housing, featuring hinged cleaning doors and easy-access control panel. It utilizes a simple and reliable induction heating system with an integrated cooling fan for effective operation and quick cool-down. The induction heating unit is controlled with a high-precision, temperature-sensor-based machine that ensures perfect temperature accuracy with every application. The operator can manipulate the temperature settings and control the process with a digital thermostat, allowing for precise, consistent results. The control panel also includes convenient air pressure switches to ensure precision in the application of pressure and temperature. This bonder comes with an abrasion-resistant, anti-scratch chuck that provides durable grip on a variety of substrates, including ABF, fiberglass, aluminum, and steel, as well as offering a maximum stretch of 0.003" for sensitive substrates. KOSES KUM100 also offers precise adjustable temperature parameters, such as pre-heat, curing, and cooldown, which can be set between 150-650°C, making it suitable for varied applications. Furthermore, KUM100 is built with a dedicated air circulation tool for safety and operational efficiency. The wire port is designed for connecting wires to the unit for automated processing, and the device can be run manually or connected to a PLC for fully automated operation in production line applications. Additionally, KOSES KUM100 features a separate timer setting for dwell time at 500°C, helping to reduce curing time. Overall, KUM100 bonder is an efficient and reliable industrial device that offers the user precise temperature control, abrasion-resistant chuck, and anti-scratch construction for a wide range of laminating applications.