Circularity
To contribute to the formation of a circular economy in which waste is minimised, we are working to reduce emissions and preserve water resources in our production processes. We also promote the efficient use of limited resources by making products smaller and lighter, by collecting and recycling end-of-life products, and by developing digital inkjet printing solutions.
Our Japanese tradition of sho sho sei (compact, efficient, precise) has been a guiding principle in our approach to more sustainable manufacturing and means we have always looked to make the most out of our precious and finite resources. This includes reducing the size and weight of products, using recycled materials in manufacturing, minimising production losses, extending product service life, and employing a ‘use, use and reuse’ approach to all our products.
We are working with a range of organisations to develop more sustainable materials that can be used in the manufacturing and packaging of our products. We are deploying our Dry Fiber Technology to explore ways of developing biomass plastics by the cultivation of Euglena – separating paper into fine cellulose fibres through enzymatic decomposition. Biomass plastic can be produced by extracting the sugar crystals of Euglena, which will reduce use of petroleum-derived plastics.
Achieving sustainability in a decarbonised economy is a high-priority issue (materiality) we believe is critical for us to address in our operations. We aim to achieve this through four main areas:
Decarbonisation initiatives
Using renewable energy and energy-saving equipment and facilities, removing greenhouse gases, engaging suppliers, and pursuing carbon-free logistics.
Closed resource loop initiatives
Reducing power consumption, extending service life (providing long-term corrective maintenance), and scaling down production equipment.
Reducing the environmental impact of customers
Reducing power consumption, extending service life (providing long-term corrective maintenance), and scaling down production equipment.
Dry Fiber Technology
Applying Dry Fiber Technology, using naturally derived (plastic-free) materials, and recycling raw materials such as metals and paper.
