Reducing Environmental Impact
through Our Products

With increased LED illumination, high-speed scanning can be performed. Scanning is done quickly, allowing for efficient digitization.

Power consumption has been reduced to about 1/3*² of that before the introduction of this technology.

Unused parts are not activated, which reduces the operating noise and makes it easier to concentrate on work.

This technology enables power supply on a per-function basis. Compared to previous methods, it reduces power consumption by approximately 8%*¹ during printing and by about 61%*² during scanning and faxing.

Simply standing in front of the MFP automatically changes the power-saving mode to operation mode, allowing you to start working efficiently.

Sleep mode, which consumes less power (by 99% or more*) than standby power consumption, is easier to use, leading to reduced power usage.

Preheating of the fuser, which instantly melts the toner at high temperature to fuse it on paper, is no longer necessary. The startup time is shortened and printing can start immediately.

The fuser accounts for about 70% of the total power consumption of MFPs and printers. The TEC value for the entire device has been reduced by approximately 58% for the models after the introduction of IH technology, compared to the models before the introduction.

Fine characters and lines are more clearly defined, gradation is smoother, and dot shapes are more faithfully reproduced. This contributes to improving the appeal of printed materials.

The fusing temperature when fusing toner to paper is 30 to 35℃ lower than that of conventional EA-HG toner, reducing power consumption during fusing. CO₂ emissions during device usage have been reduced by approximately 54%*¹ *².

High-quality printed materials are produced by correcting cyan, magenta, yellow, and black color shift and performing high-precision correction of front-to-back misregistration.

Minimizes unnecessary paper consumption caused by color shifts or image misalignment.

Produces high resolution output with LED print head. Sharp, high-definition output quality allows for worry-free use for documents where image quality is important.

Utilizes an LED array, where many small LEDs are arranged in a row as the light source. Power consumption during output is reduced by approximately 57%*² compared to the conventional laser method.

Real-time image quality adjustments are possible while printing, enhancing productivity. This eliminates the need to halt printing for adjustments, unlike conventional methods.

Prevents quality loss due to abnormal density or print misalignment, and reduces unnecessary paper usage.

Corrects color fluctuations in printed materials caused by deterioration of parts. It can also control multi-primary colors, such as skin tones, which are layered single colors (CMYK), and always reproduce the same color in a stable manner.

Prevents quality loss due to abnormal density or print misalignment, and reduces unnecessary paper usage.

By simply scanning past printed materials for color reference, new printed materials can be output with the same color tone. Printed materials in the required colors can be produced quickly and easily.

Eliminates the need for repeated proofing and color matching for color reproduction, and reduces the amount of paper used.

High-precision correction is performed to ensure the colors of the proofing data when displayed on the monitor match the colors of the actual printed material. You can check the colors on the monitor, which greatly streamlines the proofing work.

Eliminates the need to print and transport documents for color verification, thereby reducing both paper usage and transportation needs.

Printing is enabled when the user performs an authentication on the MFP. This prevents printed materials from being taken away, thereby protecting important information.

Even if you send a print job by mistake, it is not output immediately, so you can delete it on the MFP and prevent misprints.

A pale green light indicates the presence of printed documents or originals. Reduces the risk of information leakage.

Reduces the amount of paper waste through eliminating unintended and uncollected printed documents.

Allows remote monitoring of device status at all times. The status of supplies and parts are monitored and delivered or replaced when necessary, ensuring stable operation without any hassle to the administrator.

Utilization of device information can optimize engineer visits for repairs and inspections, thereby reducing CO₂ emissions due to travel. In fiscal year 2022, we reduced CO₂ by approximately 404 tons*².

Since the paper can be bound without staples, it can be safely used at sites or industries that require caution against injury and contamination by foreign matter.

Since no disposal of staples is required, it contributes to the waste reduction*² in customers' offices.

Simply select the document type, and the scanned document is directly stored in a predetermined destination with a file name according to predefined rules. Efficiency can also be improved through automated standardization of tedious tasks.

Various paper documents can be scanned, digitized, stored, and utilized, thereby reducing the amount of paper used. This also saves power by reducing the amount of PC work required after scanning.

An electronic desk reproduced on a PC with viewer and editing tool consistently supports a series of document-handling tasks, increasing efficiency and productivity.

Share documents electronically instead of printing on paper. Note pasting and stamps can be handled on an electronic desk just like paper, leading to reduced paper usage.

Received faxes can be automatically sorted* as configured in advance without printing, and viewed electronically. You can respond to urgent faxes regardless of the location, such as offsite or at home.

Paper usage can be reduced as compared to printing received faxes. The need to come to the office for fax-related work is eliminated, and CO₂ emissions due to travel can be reduced.

We provide an optimal print environment with high quality and security regardless of the location, whether it is your own headquarters, branch office, factory or warehouse office, as well as an offsite coworking space or shared office.

Remote work is more accessible because printing can be done on nearby MFPs, such as at a company's worksite near home. Contributes to reducing CO₂ emissions from travel to and from work.

The usage status of MFPs can be visualized in the cloud. Usage data can be easily aggregated and referenced in various forms such as by device, user, or department, reducing the burden on the device administrators. This contributes to TCO reduction in offices.

The MFP's control panel displays usage status when a user prints, showing the number of sheets printed by each individual and allowing comparisons within the organization. This feature helps raise cost awareness among users and contributes to reducing paper consumption.

By managing MFPs and their users' information, it is easy to print from any device available at that time and display menus tailored to the user. It is also easy to link with the cloud and mobile devices.

Unique print rules can be applied, such as automatically printing on both sides of the paper under certain conditions. It also makes it easier to control paper usage, such as by raising awareness through visualization of the output volume.

Visualizes the usage status in MFPs and proposes an optimal output environment, including device placement. We support efforts to reform work styles, such as digitization.

You can check the status of paper and power savings at the company-wide, departmental, and individual levels, which helps when planning future environmental initiatives.

From fault handling to MFP setting changes, the support provided by our experts will lighten your IT workload. IT staff will be freed from operational and administrative tasks, making it easier to work on improving the IT environment, which will lead to the first step toward DX for customers.

IT staff visits to sites for maintenance and troubleshooting are reduced, thereby reducing CO₂ emissions due to travel. In addition, visualization of IT assets reduces unnecessary equipment purchases, contributing to resource conservation.