ioTech introduces io600 – enabling a new era of intelligent, high precision, high volume digital in line manufacturing

ioTech has unveiled the io600, a next generation platform that brings intelligence, scalability, and agility to digital material deposition.

Building on its Continuous Laser Assisted Deposition (CLAD) technology, the io600 combines closed loop process control, AI driven feedback, and industrial throughput, empowering manufacturers to move seamlessly from rapid development to high volume production.

Imagine printing complex structures with embedded electronic functions at micron precision, the io600 makes that possible. It delivers micron level accuracy (±10µm), 40µm line widths and screenprinting throughput, within a fully digital, nozzle free platform. Designed for Industry 4.0 environments, it ensures flexibility, repeatability, and reliability for next generaton electronics manufacturing.

Powered by CLAD, the io600 is engineered for scalable, closed loop deposition, continuously monitoring deposition through integrated sensors and adaptive AI. Real time feedback enables immediate adjustment and even repair, ensuring high yield and quality.

A CAD to print workflow links directly to design data, minimising set up and accelerating new product introduction. Its plug and produce configuration integrates seamlessly into existing production lines.

The io600 handles virtually any flowable industrial material: conductive and dielectric, from polymers and solder to metal and ceramics, even in high viscosity formulations.

It supports multi-material deposition in a single process, enabling engineers to combine dielectric and conductive materials for complex, functional architectures. Design freedom unlocks new levels of innovation and performance.

Michael Zenou, ioTech’s co-founder and CTO, commented: ‘The io600 is not just faster, it is smarter. Its closed loop control and adaptive intelligence turn digital deposition into a truly autonomous process. Customers can print at micron precision, switch materials on the fly, and scale directly to high volume production, all within a single platform.’

With a 600 × 600 mm work area, the io600 accommodates most substrates in the industry.

The same hardware is used for all materials or applications, while a 20 times productivity gain over conventional dispensers and jets cuts cost per part dramatically.

Built for continuous operation and rapid reconfiguration, the io600 scales effortlessly from prototyping to industrial production, meeting the needs of IDMs, EMSs, OEMs and OSATs, driving the next generation of digital manufacturing.