Manuals / Ultra electronic / Computer Equipment / All in One Printer

Ultra electronic M9007-224E Yellow, Magenta, Cyan YMC, Black Resin, Overcoat, Image Position

Models: M9006-644E M9006-654E M9007-224E M9007-225E

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AVALON and AVALON DUO Printer USER MANUAL

Printhead Power:

These options provide control over the degree of printhead ‘heating’ power applied to the cards and dye-film ribbon during the printing process.

Yellow, Magenta, Cyan (YMC):

An increase or decrease in the YMC Power will result in an increase or decrease in the colour density – images will be darkened or lightened.

Black Resin:

An increase or decrease in the Black Resin Power will result in an increase or decrease in the ‘boldness’ of black text and barcodes.

Overcoat:

An increase or decrease in the Overcoat Power will result in an increase or decrease in the visibility of the HoloKote anti-forgery images.

Caution: Very low Overcoat Power settings can cause side effects such as card images fading over time, and also negate the HoloKote® anti-forgery card protection system.

Caution: Very high settings of any of these Printhead Power sliders can cause side effects such as incorrect or distorted colours, breaking of the dye-film ribbon, and even damage to the thermal printhead.

Tip: In the event that the dye-film ribbon breaks due to over-heating,it can be repaired using Adhesive Tape; attach the broken section together and then wind up the black take-up spool by hand for roughly two full turns. Then, before printing again, turn the printer off and back on again and reduce the Power settings so the dye film does not break again.

Image Position:

The Image Position options enable the user to make small adjustments to the position of the printed image on the plastic cards - this can be useful for eliminating unwanted white borders. All adjustments are with reference to the card viewed in landscape.

Up/Down:

Slider moved upwards: the image will move upwards on the card.

Slider moved downwards: the image will move downwards.

The adjustment is calibrated to: 12 steps = 1mm (approx).

Image End:

Slider moved left: the End of the Image will move left (closer to the end of the card).

Slider moved right: the End of the Image will move right (away from the end of the card).

The adjustment is calibrated to: 12 steps =1mm (approx). Note - The Image Start is unaffected.

Caution: Moving the Image End slider too far left can result in the image being printed beyond the end of the card – this will cut the dye-film ribbon.

Image Start:

Slider moved left: the Start of the Image will move left (away from the start of the card).

Slider moved right: the Start of the Image will move right (closer to the start of the card).

The adjustment is calibrated to: 10 steps = 0.1mm (approx).

Note - Any movement of the Image Start position will have a corresponding effect on the Image End position.

Caution: Moving the Image Start slider too far right can result in the image being printed beyond the start of the card – this will cut the dye-film ribbon.

Tip: In the event that the dye-film ribbon breaks due to printing beyond the edges of the card, it can be repaired using Adhesive Tape; attach the broken ends together and then wind up the black take-up spool by hand for roughly two full turns. Then, before printing again, turn the printer off and back on again and change the Image Position settings so the dye film does not break again.

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Ultra electronic M9007-224E Yellow, Magenta, Cyan YMC, Black Resin, Overcoat, Image Position, Up/Down, Image End
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M9006-644E, M9006-654E, M9007-224E, M9007-225E specifications

The Ultra Electronics M9007-225E, M9007-224E, M9006-654E, and M9006-644E represent a series of advanced electronic systems designed for high-performance applications in various defense and aerospace sectors. Each model within this series incorporates cutting-edge technologies and features tailored to meet the rigorous demands of modern operations.

The M9007-225E and M9007-224E models are optimized for electronic warfare and surveillance applications. Key features include advanced signal processing capabilities, allowing for real-time analysis of electronic signals in complex environments. These systems utilize state-of-the-art digital antennas to enhance detection ranges and improve tracking accuracy. The integration of artificial intelligence algorithms facilitates adaptive frequency management, enabling the systems to automatically adjust to dynamic operational conditions.

Both M9007 models boast robust software architecture that supports seamless integration with various military platforms. Their modular design allows for easy upgrades and maintenance, ensuring long-term operational effectiveness. Furthermore, they are built with rugged materials to withstand harsh environmental conditions, maintaining functionality in extreme temperatures and vibrations.

On the other hand, the M9006-654E and M9006-644E systems are designed for communication and data processing tasks in network-centric warfare. These models emphasize high data throughput and low latency, making them ideal for real-time command and control applications. Equipped with multi-channel processing capabilities, they can handle multiple communication streams simultaneously while maintaining signal integrity.

The M9006 series incorporates advanced encryption technologies to ensure secure transmissions in sensitive military operations. They feature user-friendly interfaces, which simplify operational workflows and enhance user experience. Additionally, these systems are designed for interoperability with existing military communication networks, ensuring seamless data exchange across various platforms.

Overall, the Ultra Electronics M9007-225E, M9007-224E, M9006-654E, and M9006-644E systems exemplify the forefront of electronic technology. Their focus on modularity, adaptability, and performance enables military and defense operators to effectively navigate the complexities of modern warfare. With these capabilities, users can achieve superior situational awareness, communication reliability, and operational effectiveness, reflecting the ongoing evolution of electronic warfare and defense technologies. As military operations continue to become more complex, the importance of such advanced systems will only increase, solidifying their role as vital assets on the battlefield.