Brother Mfc-7460dn

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The Brother MFC-7460DN is a monochrome laser multifunction printer designed for small to medium-sized office environments. It integrates printing, scanning, copying, and faxing functionalities into a compact device. The unit offers duplex (double-sided) printing capability to increase productivity and save paper. Connectivity options include USB 2.0 and built-in Ethernet, enabling network sharing and easy integration into office workflows. The printer engine supports a print speed of up to 27 pages per minute with a resolution up to 2400 x 600 dpi. It uses a 250-sheet paper tray and supports media sizes up to legal size.

The scanning subsystem employs a flatbed with an ADF (Automatic Document Feeder) capable of handling up to 35 sheets for batch scanning and faxing. The device is compatible with various operating systems including Windows, macOS, and Linux. It utilizes TN-3380 series toner cartridges, providing a rated yield sufficient for medium volume usage. The control panel includes a 16-character LCD for status and menu navigation.

The Brother MFC-7460DN provides fast printing speeds up to 27 ppm, suitable for high productivity workflows. Its automatic duplex printing reduces paper consumption and operational costs. The integrated ADF enhances scanning and faxing efficiency for multi-page documents. Support for Ethernet networking enables easy sharing among workgroup users. High-quality laser printing ensures sharp text and graphics output. The device offers a compact footprint that fits well in limited office spaces.

Being a monochrome printer, the MFC-7460DN lacks color printing capability, limiting use cases that require color documents. The memory size of 32MB may constrain complex printing or scanning jobs. It does not support wireless connectivity, requiring physical Ethernet or USB connections. The 250-sheet paper capacity may be insufficient for very high volume environments. The LCD display is basic, with limited touchscreen or graphical interface features. Some users report longer warm-up times compared to more modern devices.

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