Updated 14.09.2025

Digital printing on fabrics is constantly improving. In 2025, this innovative method doesn’t just enhance the quality and creativity of textile designs but also boosts sustainability efforts within the industry. 

Adopting digital fabric printing can lead to remarkable benefits, encompassing both environmental and economic gains. Let’s take a closer look at the sustainability of digital fabric printing and find out how Kornit’s Preso MAX printer helps reduce carbon footprint. 

Key Takeaways

• Digital fabric printing boosts creative quality and sustainability, delivering precise designs with less waste.

• Compared to traditional methods, it uses far less water and supports lower energy consumption.

• Precision application + fewer misprints = reduced material and ink waste; closed-loop systems help recapture excess ink.

• Consolidated, single-step workflows cut transport between stages and lower overall carbon footprint.

What Is Digital Printing on Fabrics?

Digital printing on fabrics is a modern technique that uses inkjet technology to print designs onto textile materials in a direct manner. Unlike traditional methods such as screen printing, digital textile printing involves transferring digital images straight from a computer to the fabric. This allows for high precision, vibrant colors, and intricate details that were hard to achieve with conventional techniques.

This method is particularly advantageous for producing large-scale custom designs. That’s why it’s highly suitable for fashion designers, interior decorators, and textile manufacturers. The flexibility of digital printing allows for rapid prototyping and quick adjustments.

Kornit Digital offers high-quality direct-to-fabric printers that allow you to take full advantage of digital cloth printers.

What Makes Digital Printing Sustainable?

Sustainability is a growing concern in all industries, and today’s textile industry is hardly an exception. Traditional textile printing processes often involve significant waste, high water consumption, and the use of harmful chemicals. 

Digital printing on fabrics, however, offers a more sustainable alternative. Here’s why:

• Precision and Efficiency: Digital printing minimizes material waste by precisely applying ink only where it’s needed. This reduces the amount of fabric that gets discarded due to printing errors.
• Water Usage: Traditional methods require large amounts of water for dyeing and rinsing fabrics. Digital printing, on the other hand, uses minimal water, significantly reducing water consumption.
• Energy Consumption: The energy-efficient nature of digital printing equipment like Kornit’s printers, means lower energy usage compared to conventional printing processes.

How Digital Printing on Fabrics Reduces Waste

One of the most compelling advantages of digital printing is its ability to reduce waste. Traditional printing methods often result in significant fabric wastage due to setup processes and errors. Digital printing eliminates many of these issues.

With Kornit Presto Max, the waste reduction capabilities are taken to another level. This printer uses a closed-loop system that ensures minimal ink wastage. Any excess ink is recaptured and recycled, contributing to a more sustainable printing process. 

The precision of digital printing means fewer misprints and rejects, saving valuable resources and reducing landfill waste.

Energy Efficiency of Digital Fabric Printing

Traditional printing methods require extensive energy consumption for setups, heating, and drying processes. In contrast, digital fabric printing uses advanced technology that is designed to be energy-efficient.

For example, Kornit Presto Max features an innovative drying system that significantly reduces energy usage. By using precise temperature controls and efficient drying mechanisms, this printer helps quick processing.  

This approach not only saves energy but also speeds up the production process. As a result, you can meet tight deadlines without compromising sustainability.

Minimizing Water Use with Digital Printing on Fabrics

Water scarcity is a growing concern worldwide, making it essential for industries to adopt water-saving practices. Traditional textile printing is notorious for its high water usage.  

Digital printing offers minimal water consumption but only if you opt for the right equipment.

For example, Kornit’s Presto Max printer requires very little water to function. The printer’s advanced technology ensures that the ink is efficiently transferred to the fabric without the need for extensive washing or rinsing. This not only conserves water but also reduces the risk of water pollution from dye runoff.

Reducing Carbon Footprint with Kornit

Digital prints on fabrics significantly reduce the carbon footprint of textile manufacturing. Traditional printing processes often involve multiple stages, each contributing to carbon emissions through energy usage and transportation of materials.

The Kornit Presto Max simplifies and streamlines the printing process, consolidating multiple steps into one efficient system. This reduces the need for transportation between different stages of production, thereby cutting down on carbon emissions.

The energy-efficient design of the Kornit Presto Max ensures that it operates with minimal power consumption, further lowering its carbon footprint.

By adopting Kornit’s digital printing technology, you can make a substantial contribution to reducing their environmental impact. Not only does this align with global sustainability goals, but it also enhances the brand’s reputation as an environmentally conscious business.

Frequently Asked Questions about Digital Printing on Fabric

How can I quantify the sustainability gains of moving to digital fabric printing?

To quantify the sustainability gains of moving to digital fabric printing, you need to track operational KPIs per linear meter:

• Water use
• kWh
• Scrap rate/misprints
• Ink consumption
• CO₂e (using an LCA factor)

Establish a baseline from your legacy process, then compare after implementation; most shops see double-digit reductions in water, waste, and energy.

Which fabrics pair best with sustainable digital pigment workflows?

Natural fibers like cotton, linen, and viscose (as well as many blends) perform well, especially when pre-treated or certified “ready for print.” Polyester can work with the right chemistry and process controls. Make sure to confirm compatibility on your target substrates before committing volume.

What certifications or standards should I look for to support sustainability claims?

Prioritize inputs and processes aligned with OEKO-TEX® (e.g., ECO PASSPORT, STANDARD 100), GOTS for organic cotton workflows (when applicable), ZDHC MRSL conformance for chemicals, and facility standards like ISO 14001 for environmental management.

Does digital fabric printing hold up in wash and wear like traditional methods?

Yes. When fabric, chemistry, and fixation are correctly matched, digital pigment can hold up through many washes. Validate on your materials using standard tests (e.g., AATCC/ISO) and lock in curing profiles via controlled trials.

What’s a smart way to transition from traditional printing to digital without spiking costs?

A practical way to switch without inflating the budget is to go hybrid. Send short runs, variable designs, and frequent changeovers to digital while keeping long, single-design yardage on your legacy lines for now. Train your team and lock in consistent RIP profiles. And when you crunch the numbers, look at the total cost of ownership. Consider labor, energy, waste, and rework, not just the ink price.