Used DEK 265 MK1 #9167873 for sale

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Manufacturer
DEK
Model
265 MK1
ID: 9167873
Screen printer Nominal frame size: 736 mm x 736 mm Stencil cleaning: Wet & dry Hoover included Does not include squeegees Power: 230 VAC, 50/60 Hz.
DEK 265 MK1 is a screen printing machine for the production of printed circuit boards used in electronics. It is a highly accurate, precise piece of engineering designed to place components accurately and reliably onto a printed circuit board. The machine is capable of processing many substrates, including polyimide, FR4, and aluminium. The machine uses a single screen printing process, where the paste is fed into a level-controlled reservoir. From there, it is deposited on a standardized print bed. This process is assisted by gravity and smartly engineered squeegees that offer excellent control over the layer thickness. The paste is printed precisely onto the board's surface, creating high-quality components. DEK MK1 features a wide range of tools and features designed to optimize the printing process. An auto-calibration feature ensures that the printing will be precise and accurate and is capable of flushing paste residue away before a new job can be started. The print head is also adjustable, allowing the user to manipulate the height and angle of the screen to get the best possible results. 265 MK1 also includes a fully integrated maintainability package to ensure that the machine operates at maximum efficiency. This includes features such as self-cleaning nozzles, automatic lubrication, and pressure and force monitors. This ensures that downtime is minimized. DEK MK1 has a robust construction, making it capable of handling large volumes and extremely high speeds. The machine is connected to a host PC, allowing for fast data transfer and printing speeds of up to 120 boards/hour. Overall, DEK 265 MK1 is an excellent piece of machinery for the production of printed circuit boards. It is precise, accurate, and capable of producing high-quality components with a high degree of reliability. It is also backed by a comprehensive maintainability package, allowing it to operate at maximum efficiency with minimal downtime.
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