Used HANS LASER 3200 #9379154 for sale

HANS LASER 3200 is a high-precision laser bonder designed for automated applications in the electronics industry. The equipment is capable of making reliable and precise laser bonds in a variety of materials including ceramic, glass, metal, and plastic. The versatility and high quality of laser bonds also make the machine suitable for use in various other industries, such as medical device manufacturing, automotive, and optics. 3200 has an advanced design and incorporates a multi-mode beam control system that allows for optimized bond sizes and quality. The unit has three main components - a fixed control cabinet, a processing chamber, and a laser. The laser has adjustable power settings ranging from 50mW to 3kw, depending on the material being bonded. The advanced control machine allows users to program processes and settings, including speeds, pulse rates, beam duration times, and the number of layers to be bonded. Additionally, the machine's design also provides for easy access to the parts being bonded and the surrounding area. HANS LASER 3200 utilizes a closed-loop control tool for automatic and reliable operation. It has a vision asset that guides the laser beam in order to precisely position the components for optimal bonding. This vision model monitors the process and can be configured to detect deficiencies, such as misalignment, discontinuous bonds, foreign material, and surface contaminants. Furthermore, the equipment includes a software-controlled shutter that can be used for safe laser operation. The overall performance and functionality of 3200 has made it a preferred choice among many users. The system can be integrated into existing production processes and used in various industries. It offers a high level of accuracy, repeatability, and durability, making it a valuable piece of equipment in a variety of production and repair applications. Furthermore, the machine has been designed for minimum downtime, with easy maintenance and quick changeover for different processes.