Released in August 2022

• Energy Saving
  Top-level Typical Electricity Consumption (TEC)*1 by improving thermal conductivity of the fusing belt and succeeding use of low-temperature fusing toner

Released in November 2018

• Energy Saving
  Top-level Typical Electricity Consumption (TEC)*1 by improving thermal conductivity of the fusing belt and succeeding use of low-temperature fusing toner
• Resource Saving
  Highest amount of resources saved*1 through increase in the recycled plastics use ratio by using materials with high post-consumer recycled material

Released in November 2018

• Energy Saving
  Top-level TEC*1 by reducing the heat capacity of the heat and pressure rollers and succeeding use of low-temperature fusing toner

Released in November 2018

Released in November 2018

• Energy Saving
  Top-level TEC*1 by using high efficiency IH fuser unit and low-temperature fusing toner

*1: At the time of product launch; the current position is not guaranteed.

Released in July 2017

Integration of erasable print, non-erasable black and erasing functions
Resource saving through the reuse of paper
Industry’s "only one product"

• Resource Saving
  CO₂ emissions:
  Approx. 50% reduction^*4 through the
  reduction of paper consumption
  Installation area:
  Approx. 50% reduction^*5 compared to
  the conventional model

*4 Resource: CO₂ (News Release issued by the Agency for Natural Resources and Energy), Paper (The 2011 edition of "Life cycle CO₂ emission of paper/cardboard" by the Japan Paper Association)
*5 Comparison to the previous Loops LP301 System (Comparison between installation of 3 units of Loops LP301/RD301 with eSTUDIO357 and that of 1 unit of Loops LP35)

Released in June 2011

• Energy Saving
  Top energy savings* (Only 6 W consumed in standby)
• Resource Saving
  The non-stop ribbon save function minimizes unprinted sections of ribbon, helping to save resources

Released in September 2017

Lowest standby power for applications^*1 through the use of power-saving parts and human sensors^*2

Reductions in size and weight by downsizing the control unit and changing the mounting position to the back of the display^*2

• Energy Saving
  Standby power for applications^*1:
  Approx. 45% reduction^*3
• Resource Saving
  Mass:
  Approx. 35% reduction^*3

*1 Power in standby mode for registration of purchases
*2 At the time of product launch; The current position is not guaranteed.
*3 Comparison to the M-8000 system with a 15-inch display

Released in July 2015

• Energy Saving
  A high-efficiency power supply allows for a 63% reduction in standby power and top-level energy saving*
• Resource Saving
  The use of thin sheet metal makes it possible to reduce product weight by 10% for top-level resource saving*

Released in October 2014

• Resource Saving
  "Only one" product* that has saved resources by significantly reducing the consumption of receipt paper through electronic receipt (resource saving)

(Released in October 2013)

• Resource Saving
  "Only one" product that uses image recognition technology to identify the type of produce by color and pattern, by eliminating wasteful trays, wrapping and even bar code labels, thus reducing the amount of environmental impact for our customers to deal with