Used DONG YANG FLM-818-MV #9301149 for sale

DONG YANG FLM-818-MV is a marking machine designed to provide cost-effective, accurate marking solutions for a range of processing needs. This pneumatically powered machine employs an advanced control system that enables rapid and accurate marking on all types of surfaces - whether flat, curved, sloped, recessed, or textured. The marking head of FLM-818-MV is engineered for maximum accuracy, efficiency, and safety. Featuring a self-adjusting, non-contact mark tip, this machine is able to rapidly adjust to different positions for efficient and precise operation. The mark-tip provides a constant speed and distance from the surface throughout the entire marking process. The marking head is adjustable to provide mark depths of up to 1.2mm, with attractive markings up to 3mm in depth. DONG YANG FLM-818-MV also features a range of programmed functions, including auto-focus adjustment, pause time settings, character repeat and rotation, magnification ratio settings, and an adjustable lighting system. This allows users to tailor their individual marking settings to suit their desired end product. FLM-818-MV is connected to a computer via a standard USB port, allowing for easy data transfer and programmability. The accompanying software package allows for editing of characters using the provided fonts, or user-generated fonts. It can also create logos or symbols, with user-defined parameters for rotation and scale. DONG YANG FLM-818-MV is capable of marking a range of characters, logos, and symbols on many different surfaces, including stainless steel, aluminum, titanium, and plastic. It is ideal for marking parts such as electrical components, engine components, and surgical instruments, as well as for industrial or medical engraving, serial numbering, barcoding, and branding. This marking machine combines a compact, flexible design, with an impressive range of features, to provide fast, accurate marking on both flat and curved surfaces. The durable design ensures consistent accuracy over extended periods of time, making it an ideal solution for cost-effective marking requirements.