Used IPTE FLR 1600 #9262583 for sale

IPTE FLR 1600 is a complete PC board assembly and manufacturing equipment designed for high-volume, small-scale production. This system consists of a modular chassis with several automation stations and a high-speed material handling unit. The stations are individually programmable for quick and easy setup times. FLR 1600 also features a vision machine for board identification and inspection, and automatic tool setup that increases production efficiency. For assembly operations, IPTE FLR 1600 is capable of mounting components up to a size of 28mm total height, allowing for a wide range of component combinations. Additionally, FLR 1600 uses pressure-sensitive adhesive (PSA) dispensing technology, enabling accurate placement of adhesive bonds with less resources, which further reduces costs and time required for production. IPTE FLR 1600 also includes an automatic assembly verification tool that performs post-assembly quality checks. This verifies the quality of all components placed during the production run and serves to ensure only fully functioning products reach the market. Furthermore, FLR 1600 is equipped with a solder machine subsystem that allows for automated soldering of components, greatly improving throughput and yields. Additionally, IPTE FLR 1600 has a high-speed material transport asset which automatically moves components between various stations, ensuring a continuous and uninterrupted material flow within production. This also reduces the need for manual transport, thus shortening overall transfer time and decreasing bottlenecks, allowing for increased model capacity. Overall, FLR 1600 is a comprehensive PC board assembly and manufacturing equipment that is capable of meeting high-volume, small-scale production needs. Its modular design and automated features increase productivity, reduce production costs, and provide quality assurance to ensure that only fully-functioning products reach the market. IPTE FLR 1600 is a cost-effective solution for a wide variety of batch production demands.