In addition to Fuji Toyota Plant's part processing factory, EDEC LINSEY SYSTEM, and Fasford Technology, solar power generation systems have begun operating in some buildings at Fuji Okazaki Plant from September 2024. The annual power generation is 1,594,000 Kwh, which can reduce CO2 emissions by approximately 670 tons per year.

Fuji Group is gradually increasing the ratio of CO₂-free electricity purchased to reduce CO₂ emissions.
ADTEK FUJI has been purchasing CO₂-free electricity only since July 2023, while since October 2022, Fasford Technology has been using electricity generated by the Yamanashi Prefectural Enterprise Bureau's hydroelectric power plants through the prefecture’s hydroelectric power project. We are thereby emitting zero CO₂ emissions from our electricity use.

In addition to energy-saving activities by employees, we are striving to reduce CO₂ emissions through installing energy-saving equipment, purchasing CO₂-free electricity, and managing room temperatures.

In addition to Fuji Toyota Plant's part processing factory, EDEC LINSEY SYSTEM, and Fasford Technology, solar power generation systems have begun operating in some buildings at Fuji Okazaki Plant from September 2024.

Fuji Group is gradually increasing the ratio of CO₂-free electricity purchased to reduce CO₂ emissions.

We will promote reduced power consumption by improving the placement speed of the "NXTR" SMT pick and place machine. We are also working to reduce the weight of materials used, recycle materials, reduce consumables used during electronic part placement, and curb air consumption to reduce loads that impact the product life cycle. NXTR is capable of mounting 120,000 parts per hour.

We are working to reduce power consumption of our products such as the CSD300II, a front facing twin spindle lathe. Efforts are being made to reduce waste (hydraulic standby control, air saving), shorten warm-up time through thermal displacement compensation, and promote visualization (energy saving screen).

The public stocker system, Quist, is a delivery locker that enables the consolidation of delivery locations as a solution to the last mile problem.。

The "last mile problem" refers to the the issue of inefficiencies or increased costs that can occur in the final section of logistics, from delivering goods to the customer, who is the final destination.

It is possible to solve the following problems and contribute to reducing CO2 by consolidating delivery locations.

• ・Redelivery of items
• ・Idling and slow driving due to worsening traffic congestion in urban areas

The electronics 3D printer, "FPM-Trinity", is a machine that combines both circuit formation by printing and ultra-low temperature parts placement. This revolutionary process significantly reduces the amount of liquid and waste materials used in manufacturing electronic circuit boards.

The waste-sorting robot, R-PLUS, is a machine that automates the manual sorting process for recycling industrial waste with AI-based detection technology and picking hands. This unit contributes to improved and stabilized recycling efficiency through automation of waste sorting.