Used SHINKAWA UTC-1000 #293810650 for sale

SHINKAWA UTC-1000 is a high-end industrial bonder equipment that offers a wide range of welding, bonding and joining applications. With its advanced technologies, this machine has been widely adopted in electronics, automotive, and industrial applications. This bonder offers outstanding performance with its advanced feed force control system, dedicated resonance waveforms and hi-frequency output of up to 3kW. With the vibrant output, the bonder is highly effective in achieving hermetic and diffusion bonded material joints. The bonder is equipped with aluminum bonded Cu/Au/Sn alloy solder layers to provide excellent conductivity. The bonder also comes with an in-built air-cooled inductor, which is designed to reduce contact temperature and assist in achieving higher bond strength and improved joint quality. The bonder utilizes an advanced vision unit, which allows for high-precision and repeatable bonding. This machine is also equipped with an automatic bond head, which enables the operator to achieve optimal results in a fraction of the time that would be required if using manual handling. To reduce cycle time and increase efficiency, the multi-function tool comes with an automated wire pre-feeder and a bonding arm. This asset is also integrated with a programmable logic controller and a 3-stage dielectric heater. With the high precision motion control, the device produces bonds with an exceptionally low residual stress, minimizing the probability of future failure and increased performance. SHINKAWA UTC1000 also offers a wide range of accessories, including jigs and fixtures, diaphragm pumps, wire strippers and ring legs. These accessories ensure that the most reliable and efficient bonding process can be achieved in any given application. UTC 1000 is an industrial-grade machine designed to meet the strict requirements of critical bonding applications. With its advanced features, this bonder is the ideal solution for producing reliable and durable joints and material bonds.