New Sharp MX-M700U Mono Laser MFP

Product Specifications & Hardware Details

• Brand: Sharp
• MPN: MX-M700U
• Model: MX-M700U
• Type: High-Speed Monochrome Laser Multifunction Copier
• Standard Functions: Copy, Local Printing, Document Filing.
• Optional Functions: Network Printing, Network Scanning, Super G3 Faxing, PostScript 3 Printing, Finisher Modules.
• What's Included in the Box: Sharp MX-M700U Base Unit, 150-Sheet Duplex Single Pass Feeder (DSPF), Dual 500-Sheet Paper Drawers, 2,000-Sheet Large Capacity Tray (LCT), 100-Sheet Bypass Tray, 40 GB Hard Disk Drive, and Power Cable.
• Required Items (Sold Separately): Genuine Sharp AR-621NT Black Toner Cartridge, AR-620ND Developer, and connection cables.

Technical Specifications

Available Options & Consumables

We stock a full range of official accessories and replacement supplies for the Sharp MX-M700U. You can add these to your order directly from the accessories tab below:

• Network & Software Kits: Sharp MX-NB3 Network Printing Kit, MX-NSX1 Network Scanning Expansion Kit, and MX-PKX1 Postscript 3 Kit
• Toner & Supplies: Sharp AR-621NT Black Toner Cartridge (Estimated Yield: 83,000 pages at 5% coverage) and AR-620ND Black Developer
• Hardware Upgrades: Sharp AR-FX8 Analog Fax Expansion Board and AR-CF2 Post Sheet Inserter Unit

Frequently Asked Questions (FAQ)

• What does the "U" designation mean for this model?
  The "U" model is configured for local USB print and scan functionality out of the box. True network printing and shared workgroup capabilities require adding the optional MX-NB3 network print server kit.
• Does this model feature single-pass duplex scanning?
  Yes. It comes standard with a 150-sheet Duplex Single Pass Feeder (DSPF) using Scan2 technology, which captures both sides of a page simultaneously to reduce processing time and minimize wear on originals.
• Can this machine handle booklet finishing?
  Yes. The machine supports modular floor finishers, enabling advanced multi-position stapling, hole punching, and saddle-stitched booklet creation via separate hardware additions.