TASKalfa MZ7001i/MZ6001i/MZ5001i
Sustainable product design
Eco-friendly and long-lasting products support sustainability while also saving costs.
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Increased product longevity minimizes environmental impacts
We incorporate long-life components, including amorphous silicon photoreceptor drums. With over 30 years of experience, we have focused on durable designs that eliminate the need for frequent replacement of costly components.
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Integrating technologies to enhance durability
The printer features a unique, durable drum for exceptional longevity and image quality. All components, including electronic parts and connectors from the Kyocera Group, utilize advanced technology for enhanced resilience and reliability.
Uses eco-friendly toner
We use an eco-friendly capsule toner with a core-shell design that eliminates the need for organic solvents, reducing water consumption. It also operates at lower temperatures, decreasing energy usage during printing.
Recycled toner serve as a collection tank.
The black toner container that has been used can be repurposed as a collection tank for waste toner. This practice minimizes the number of components, helps conserve resources, and lowers expenses.
Minimizing standby power consumption.
Minimizing standby power in office printers and multifunction devices lowers CO2 emissions. Our advanced energy-saving controller significantly cuts standby power in sleep mode without affecting usability or productivity.
Compact packaging designed for simple disassembly.
Our multifunction printer parts are securely packed in cardboard for easy disassembly. The compact inner box within a sturdy outer box minimizes storage space and simplifies handling. All pre-assembled cushioning can be disassembled with one touch, enhancing work efficiency.
CO2 emissions displayed during operation.
Power usage and CO2 emissions during operation can be graphically represented from the control panel and Command Center RX (the MFP's web server), aiding in the effort to increase awareness about minimizing environmental impact.
Use of lead-free components.
We use lead-free electrical wiring to reduce toxic materials in our products. Furthermore, we apply lead-free solder for connecting components to the circuit board.
Utilize energy-saving functions to minimize power usage.
Diverse energy-saving configurations reduce daily power consumption automatically.
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Minimize standby power consumption
Featuring an energy-efficient controller, the power usage in sleep mode is minimized to just 0.4W.
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Presence sensor
It will awaken from power-saving mode when it detects someone approaching, automatically illuminating the operation panel and preparing for instant use. After the person leaves, it will switch back to power-saving mode to save energy.
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Setting ON/OFF timing by weekly timer
With the timer function, you can specify the time and day when the machine is automatically set to the sleep mode. Reducing standby power consumption during non-use periods such as holidays and nighttime.
Simple to activate sleep mode.
By simply touching the operation keys on the panel, you can activate sleep mode effortlessly. By toggling it on and off as needed, you can effectively reduce power consumption.