When a filling line stops, the right spare part often decides how quickly production can restart. Morsan and the Levoss Group want to address this challenge with digitally stored, additively manufactured components made from high-performance Luvocom 3F materials for the food and beverage industry.

The new Mimaki 3D Print Prep Pro – 3DP3v2 – optimises 3D data for efficient 3D printing without the need for specialised knowledge. New features include lattice structures and data conversion extending to CT scans or topographical data for more varied applications in the medical, prototyping and architectural fields.

A new material development launched by Boston Micro Fabrication addresses a critical gap in micro 3D printing by introducing transparency sought by microfluidic and optical researchers. The solution opens scalable manufacturing for previously hard-to-produce applications, such as printing freeform micro-lenses directly onto fiber optic tips, chip surfaces, and sensor arrays.

A machine-learning strategy has generated a new class of ultra-high strength and ductility steel for 3D printing that costs less, resists rust, and requires only a fraction of the usual processing time.

Researchers at Helmholtz-Zentrum Hereon have created a water-based, room-temperature 3D printing ink made mostly from upcycled lignin that needs no heat curing. Printed parts can be recycled simply by adding water, enabling repeated reuse and a potential step toward circular additive manufacturing.

Boston Micro Fabrication has launched the new Microarch S150 Series, bringing industrial-grade micro-precision 3D printing to a compact benchtop format.

With five divisions, multiple product debuts and a focus on practical manufacturing gains, Carfulan Group will use Mach 2026 to demonstrate how integrated technologies can streamline processes and support faster, more precise production.

6K Additive signed a global long term supply agreement under which Siemens Energy will supply spent nickel alloy powder from its additive manufacturing facilities for use as feedstock in the company’s proprietary Unimelt microwave plasma production system.

Biochar could become a key lever for greener additive manufacturing: A new review shows how small amounts of carbon-rich biomass filler can partially replace petroleum-based polymers while enhancing mechanical, thermal, and even functional properties in 3D-printed parts.

At JEC World, Krauss Maffei is showcasing how industrial additive manufacturing, reaction engineering, and injection moulding can be combined into integrated production solutions.