RIP

The printer receives print jobs from a supported raster image processor (RIP). The RIP is installed and connected during the printer installation process.

Important operating notes

●UV CURE INK IS PERISHABLE. Unlike other inks used in wide format printing, UV cure ink has a limited shelf life. White ink has a six month shelf life from the date of manufacture. Plan to rotate your ink stock and use it promptly by the date printed on the ink box.

CAUTION: When the UV lamps are switched off, they undergo a controlled cool-down cycle. Sudden removal of power from hot lamps, such as disconnecting the power cord or from a power outage, can result in overheating and permanent damage. The lamps should be switched off only via the printer software.

●The media supply may be wound either printed-side-out or printed-side-in, but the takeup must be loaded printed-side-in.

●The default head height is set to 2.2 mm (0.085 in) above the media. (The space below the carriage will measure 1.778 mm (0.070 in) due to the printhead protection frame around the outside of the carriage.) The head height can be adjusted up or down at the control panel (Printing page > Options).

●The Media Wizard stores a set of operational parameters for predefined and user-defined media types. When you load a new media type, select an existing Media Wizard set, or create a custom set. Media Wizard parameter sets can be selected at any time from the control panel.

●Wear cotton gloves when loading media to prevent fingerprints that could show after printing. You can use a 90% solution of isopropyl alcohol (IPA) to clean fingerprints and reduce static electricity on synthetic media (allow to dry five minutes before printing).

●DO NOT reprint over any output that has not completely cured (for example, due to a UV lamp malfunction).

●DO NOT rest or store a media roll on end, or you could cause edge creases that could strike the printheads during printing. To avoid bowing, store sheet-fed media flat, not standing on end.

●DO NOT set heavy objects on the power cord or printer cable; do not bend the cables or force them into contorted positions.

●DO NOT place heavy objects anywhere on the printer.

●Since automatic head maintenance cannot occur when the printer is powered down, keep the printer powered on at all times if possible. The printer will enter a power-saving Sleep Mode if idle for a user-define period of time. If automatic head maintenance does not occur for an extended period, manual purging may be necessary to restore the printheads to working condition (see Startup and check jet health on page 91). If all power is lost to the printer, ink will drip from the printheads due to loss of printhead vacuum, collect on the bottom of the carriage, and drip into the printer or onto the media drive belt. Keep the printer connected to a UPS to prevent vacuum loss to the printheads (see Electrical on page 1).

●If the printer will be completely powered down for an extended period (such as over a long holiday period), all printheads should be emptied of ink (see Printhead Procedures under Maintenance menu on page 35) and the bottom of the carriage cleaned. To resume printing, the printheads must be refilled with ink, purged, and restored to working condition. See User cleaning on page 57 and Startup and check jet health on page 91 for instructions.

2 Chapter 1 Introduction

ENWW

Page 7 Page 9
Page 8
Image 8
HP Scitex FB700 Industrial manual Important operating notes, Rip
Page 7 Page 9

Scitex FB700 Industrial specifications

The HP Scitex FB700 is an industrial flatbed printer designed to meet the rigorous demands of high-quality large-format printing. Launched by HP, this printer offers businesses incredible versatility, speed, and precision, making it an essential tool for print service providers looking to enhance their productivity and expand their service offerings.

One of the standout features of the HP Scitex FB700 is its print quality. Equipped with HP's proprietary UV inks, the printer delivers vibrant colors, sharp images, and excellent durability. These inks are designed for a wide range of substrates, making it possible to print on materials such as rigid boards, flexible media, and even specialty applications like textiles. The FB700 supports a maximum print resolution of 1200 dpi, ensuring that every detail is faithfully rendered.

A key technology in the FB700 is its UV curing capability. This technology allows the printer to cure the inks almost instantly as they are applied, which not only speeds up the printing process but also enables printing on heat-sensitive materials. The ability to quickly switch between different substrates, from foam board to acrylic, offers unparalleled flexibility for businesses looking to meet diverse client needs.

Moreover, the HP Scitex FB700 features a user-friendly interface, enhanced by HP’s smart technology. This includes automated calibration and quality control systems that help maintain consistent print quality while reducing the likelihood of errors. The printer is also designed with ease of maintenance in mind, allowing operators to focus on production rather than troubleshooting.

In terms of productivity, the FB700 excels with a high throughput rate. Capable of producing prints up to 95 m² per hour, this printer is suited for high-volume jobs, enabling businesses to take on larger projects without sacrificing quality. Its robust design ensures reliability and efficiency, making it ideal for busy print environments.

Lastly, sustainability is an important consideration within the printing industry, and the HP Scitex FB700 addresses this concern by utilizing low-VOC inks and energy-efficient components. This commitment to eco-friendliness allows companies to meet their sustainability goals while maintaining a competitive edge in the market.

In summary, the HP Scitex FB700 Industrial printer is a powerful tool that combines high performance, versatility, and ease of use. With its advanced printing technologies, exceptional print quality, and commitment to sustainability, it is well-equipped to handle the diverse demands of modern printing applications.
Top Page Image Contents