Reliable Conductive Ink Printing for High-Volume Production

Meyers helps leading brands scale printed electronics manufacturing with roll-to-roll conductive ink printing that delivers precision, consistency, and cost efficiency.

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Reliable Conductive Ink Printing for High-Volume Production

Meyers helps leading brands scale printed electronics manufacturing with roll-to-roll conductive ink printing that delivers precision, consistency, and cost efficiency.

CONTACT US

Function47 Redefines Conductive Ink Printing

Expands What is Possible with Conductive Ink Printing

Function47, Meyers’ dedicated conductive ink division, focuses exclusively on innovation in printed electronics. Visit Function47 to learn how our experts can help transform your ideas into high-performance printed electronic components.

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Why Companies Choose Meyers for Conductive Ink Printing

Meyers integrates roll to roll production with in-house engineering expertise to scale your printed electronics from prototype to full production.

High Volume Conductive Ink Manufacturing That Scales with You

Our roll-to-roll conductive ink printing process enables large scale production with tight tolerances and cost-effective throughput. It is ideal for technical, medical, and aerospace components, where performance and repeatability matter most.

Collaborative Engineering That Accelerates Speed to Market

We work directly with your engineers to co-design effective, scalable solutions. This partnership ensures your conductive ink printing projects reach the market faster while maintaining the highest standards of quality and reliability.

Trusted by Global Technology and Aerospace Leaders

World-class innovators choose Meyers for conductive ink screen and flexographic printing because of our precision, reliability, and scalability.

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conductive ink printer

Custom Manufacturing Solutions for Conductive Ink Printing

Our in-house engineering team develops manufacturing systems tailored to your unique product requirements. We integrate general, electrical, and mechanical engineering to deliver precise, scalable processes for conductive ink applications.

conductive ink printer

Meyers Helps You Move from Prototype to High Volume Production

We guide companies through every phase, from proof of concept to full scale manufacturing. Our team ensures your design transitions smoothly from lab to roll-to-roll production, replacing low volume methods like etching and flatbed screen printing with scalable, efficient alternatives.

conductive ink printing

U.S. Based Manufacturing for Conductive Ink Products

Located in Minneapolis, Minnesota, our facility brings engineering and manufacturing together to ensure shorter lead times, dependable quality, and seamless collaboration throughout the product development process.

conductive ink screen printing

How Roll to Roll Printed Electronics Improve Efficiency

Meyers’ roll to roll printed electronics process supports applications across multiple industries:

  • Medical devices and diagnostics
  • Aerospace systems
  • Consumer electronics
  • Industrial control and automation

This manufacturing approach offers continuous production, tight tolerance control, and superior cost efficiency compared to traditional flatbed printing.

Get Started with Conductive Ink Printing

Partner with Meyers to design, prototype, and produce conductive ink printed electronics at scale. Our experts are ready to help you develop reliable, high-performance solutions that move seamlessly from concept to production.

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Client Testimonials

“We bring these opportunities to Meyers because of the trust they’ve built over years of working together.”

Leading Medical Products Company

“You guys are one of our foremost suppliers.”

Leading Aerospace Company

FAQs

Conductive ink is a specially formulated ink that conducts electricity, allowing circuits and sensors to be printed directly onto packaging or other materials. It’s an important part of smart packaging and printed electronics, with the global market valued at over $3 billion.

Conductive ink is used in several key areas:

  • Smart Packaging: Adds NFC circuits, sensors, and touchpoints to cartons, labels, and films for product information, promotions, or authenticity checks. Studies show that 65% of consumers engage more with interactive packaging.
  • Printed Electronics: Enables lightweight circuits on paper, plastic, or textiles for RFID, NFC tags, and antennas, often replacing bulkier components.
  • Medical Devices: Powers low-cost diagnostic strips, biosensors, and disposable wearables such as glucose monitors.
  • Automotive and Industrial: Applied in defrosters, sensors, flexible displays, and dashboard electronics.
  • Consumer Electronics: Supports flexible displays, touchscreens, and printed batteries as a lighter alternative to copper wiring.

Conductive ink makes it possible to print circuits directly onto paper, plastic, and other flexible materials, reducing the need for bulky or rigid components. This approach creates lighter, thinner, and more adaptable designs for packaging, electronics, and medical devices. It is also cost-efficient, with printed circuits using conductive ink shown to reduce electronics costs by up to 50% compared to traditional methods.

Yes. Conductive ink eliminates the need for many separate plastic or metal components by printing circuits directly onto recyclable substrates. This reduces material use, lowers overall packaging weight, and helps cut transportation emissions. Studies show it can reduce packaging weight by 10–20% compared to conventional alternatives.

Conductive ink is used across packaging, medical devices, automotive, industrial, and consumer electronics. Applications range from smart packaging and biosensors to defrosters, dashboard electronics, and flexible displays. In packaging specifically, adoption is expanding rapidly, with growth projected at 15% annually through 2030.

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Certifications & Accreditations

ecovadis-certification

The EcoVadis Bronze certification is a rating awarded to companies that rank within the top 35% of all companies for their overall sustainability performance. It indicates a strong awareness of social and environmental impacts, a commitment to continuous improvement, and a structured approach to sustainability management across environmental, labor, ethics, and sustainable procurement criteria. 

A Sustainable Green Printing Partnership (SGP) certification is a comprehensive, third-party validation for print and packaging facilities that meet high environmental standards and demonstrate best practices for sustainability across their entire operations. This certification involves a comprehensive audit to ensure a facility reduces waste and energy consumption, transitions to sustainable materials, creates safer workplaces, and maintains a strong sustainability management system.

The Great Printer Environmental Initiative Program recognizes printers who exceed required mandates in compliance with all Environmental, Health, and Safety (EHS) rules, regulations, and laws. Great Printers demonstrate their commitment to minimizing their impact on human health and the environment while producing quality printed products.  

Last Updated on January 14, 2026