Different polymer materials can be used in the creation of 3D printed medical devices, we take a look at the most popular ...

Vat photopolymerization, a light-based 3D printing technique, conventionally relies on UV light to rapidly transform liquid ...

We spoke with Kexcelled to learn more about the company's high quality filaments and its continued international expansion.

A significant constraint of conventional UV-based 3D printing is its incompatibility with smart materials, particularly photoresponsive polymers. These polymers incorporate light-sensitive compounds, ...

AIMPLAS and partners develop innovative solutions to recycle leather waste from footwear, transforming it into 3D printing ...

Xegreen 23 3DF is developed from 100% recycled polymers and fibers. Based on a 20% carbon fiber-reinforced PETG, this ...

When PRUSA Research and Bambu Lab presented their multi-color 3D printing devices (MMU and AMS), home 3D printer users ...

Baralan's use of PolyJet technology enables intricate, multi-color, multi-effect designs directly on bottles and containers, ...

This process, triggered by light, helps form polymers, or materials made from long chains of molecules, crucial in areas like dental restoration and high-precision 3D printing. Dr Kapat and his team ...

D Systems (DDD) announced Sauber Motorsports, a Swiss motorsport engineering company, has selected 3D Systems’ latest polymer 3D ...

Motorsports team adding 3D Systems’ SLA 750 Dual and PSLA 270 technology to workflow to accelerate wind tunnel testing, building on decades-long ...

PSLA 270 Solution ’ PSLA 270 solution accelerates time to part for production applications. PSLA 270 solution — new mid-frame ...