Released in July 2015

• Achieved the highest energy savings*
  by reducing standby power consumption with use of the high-efficient power supply
• Achieved the highest resource savings*
  by reducing product weight with use of thin sheet metal

TCx700/300 Product Page

Released in July 2015

• Achieved the highest energy savings*
  by reducing standby power consumption with use of the high-efficient power supply
• Achieved the highest resource savings*
  by reducing product weight with use of thin sheet metal

TCx700/300 Product Page

Released in September 2015

• Achieved the highest energy savings (top-level Typical Electricity Consumption)*
  by using a press roller made of sponge and reducing fixing power with a new fixing control system
• Achieved the minimum product mass and installation area by thinning and combining frames
• Achieved the highest resource savings*
  by increasing the percentage of use of recycled plastics with use of high post-consumer recycled material

Released in October 2015

• Achieved the highest energy savings in standby mode*
  by highly integrating the circuit and building the memory circuit
• Achieved the highest resource savings*
  by minimizing the mass of products with a paper width adjusting mechanism

B-LP2D Product Page in Japanese only

Released in December 2015

• Achieved the highest energy savings in standby mode*
  by using low power parts, efficient power supply and energy-saving mode
• Achieved the highest resource savings*
  by reconstruction of internal mechanism, shape review and reduction in size and weight of parts

VT-330K/S Product Page in Japanese only

Released in April 2016

• Achieved the highest energy savings in standby mode*
  by using the high performance low power CPU and efficient power
• Achieved the highest resource savings*
  for product miniaturization and installation area by reviewing the shape and reducing the size of parts

SS-900G/K Product Page in Japanese only

Released in June 2016

• Achieved the highest energy savings (top-level Typical Electricity Consumption)*
  by using a low melting point toner and improving the thermal conductivity of the fusing belt
• Achieved the minimum product mass and installation area with 3D laser welded frame
• Achieved the highest resource savings*
  by increasing the percentage of use of recycled plastics with use of high post-consumer recycled material

e-STUDIO5005AC Series Product Page in Japanese only

• Achieved the highest energy savings (top-level Typical Electricity Consumption) by reducing heat capacity of the heat roller and press roller (monochrome MFP)
• Achieved the minimum product mass and installation area with 3D laser welded frame
• Achieved the highest resource savings*
  by increasing the percentage of use of recycled plastics with use of high post-consumer recycled material

e-STUDIO5008A Series Product Page in Japanese only