Used NEWPORT MRSI 705 #293763098 for sale

NEWPORT MRSI 705 bonder is a microreactive surface integrator designed to quickly and efficiently produce advanced microstructures for a range of industrial purposes. This machine is a combination of three microreactive processes: image-conditioned processing, isolated micro-developing, and multiple imprints. It is ideal for the reliable, fast and accurate production of electronic components, industrial tools, and other products. NEWPORT 705 uses a variety of parameters to provide exact process modulation, with speed and accuracy. It uses high-quality optics, image processing, and a custom controller system for precise motion control. These features make it capable of precise adjustment of speed, angle, and intensity. MRSI 705 allows the user to choose from a variety of resolutions depending on the requirement of the product, offering the flexibility to meet any customer's production needs. The image-conditioned processing feature of 705 ensures consistent, high-precision microstructures with minimal blemishes and maximum integrity. It uses an image processing algorithm to process high-resolution images for micro-developing. It then uses the isolated micro-developing process to control the deposition of metal into isolated micro structures. By using a variety of tools and parameters, it is able to accurately control the micro-developing process. The multiple imprints feature in NEWPORT MRSI 705 also allows users to quickly apply a variety of micro-structures and intricate designs to any surface. This feature provides additional flexibility to the user as they can customise the design according to their requirements. These micro-structures can be used in the production of medical devices, automotive parts, and a variety of other products. Overall, NEWPORT 705 bonder is a reliable and precise machine that provides maximum efficiency when creating microstructures for a variety of industrial products. It is highly flexible, allowing the user to select from various resolutions and parameters to meet their production needs. Additionally, it enables the user to quickly and accurately apply intricate designs and microstructures to any surface.