Hybrid setup of melt electrospinning writing-solution electrospinning 3D printing

New 3D printing Technique Unleashes New Surgical Mesh Designs and Properties

PCLJasper Wille
The advent of new rapid prototyping techniques, like melt electrowriting, has revolutionized surgical mesh design. This breakthrough enables the cr...
Hybrid setup of melt electrospinning writing-solution electrospinning 3D printing

New 3D printing Technique Unleashes New Surgical Mesh Designs and Properties

PCLJasper Wille
The advent of new rapid prototyping techniques, like melt electrowriting, has revolutionized surgical mesh design. This breakthrough enables the cr...
Introducing the High Performance Recycled PEEK Filament

Introducing the High Performance Recycled PEEK Filament

Jasper Wille
Introducing Recycled PEEK filament, a high-performing recycled engineering thermoplastic that is excellently suited for high strength and high temp...
PAHT 9936 BK 3D printing filament nylon 3D4Makers

New high performance PA6-based 3D printing filament

Jasper Wille
Introducing LUVOCOM 3F PAHT® 9936 BK - the cutting-edge high-temperature PA6-based 3D printing filament. This innovative PA6 Neat stands out with ...
Revolutionizing Motor Neuron Disease (MND) Care with 3D Printing Technology

Revolutionizing Motor Neuron Disease (MND) Care with 3D Printing Technology

Jasper Wille
Motor Neuron Disease (MND) can be a devastating condition, particularly when it leads to hand-wrist muscle atrophy, severely affecting patie...
Facilan™ C8 Filament now also available in Black

Facilan™ C8 Filament now also available in Black

Jasper Wille
Exciting news! After many requests we've expanded our Facilan™ C8 Filament range with the addition of the colour black. Just like the Natural Facil...
200 million years old 3D printed sea reptile of 6 meter long!🦕

200 million years old 3D printed sea reptile of 6 meter long!🦕

Jasper Wille
About 200 million years ago, Tany swam through European waters. A marine reptile of 6 meters long that has now been recreated by the Haarlem paleo ...
TPI 3D printing filament Linear Test Orientation

High isotropy and extreme strength are accomplished using the new 3D printable polyimide

Jasper Wille
We teamed together with Zymergen, Hexagon and AON3D Industrial 3D Printers to test the PI Z2 filament, one of the most intriguing 3D printing polym...
Formnext 2022 3D printing 3D4Makers

3D4Makers attending Formnext 2022 in Frankfurt, Germany

Jasper Wille
Formnext 2022, the most important event for the additive manufacturing industry, will welcome participants from 15 to 18 November at Messe Frankfur...
3D4Makers selected in TOP 100 AM materials category

3D4Makers selected in TOP 100 AM materials category

Jasper Wille
We are honored to have been chosen by 3D Evaluate for their list of the TOP 100 AM materials. Thank you for praising our strategy powered by innova...
High performance 3D printing filament 3D4Makers Intmsys

The Polyimide (TPI) Z2 filament has now officially received the EN 45545

Jasper Wille
The Polyimide (TPI) Z2 filament has now officially received the EN 45545 HL3 certification according to R22/R23. The appropriate standard in Europe...
Major AM material development for the railway sector

Major AM material development for the railway sector

Jasper Wille
LUVOCOM 3F PEI 50236 GY, the newest addition to our range of flame-resistant 3D printing materials, has received the DIN EN 45545-2 R1 HL3 certific...
Case study: 3D printed PEEK spare parts prevents expensive production downtime

Case study: 3D printed PEEK spare parts prevents expensive production downtime

Jasper Wille
3D printed PEEK spare parts prevents expensive production downtime At 3D4makers we are specialized in the production of high-performance filaments ...
3D printed ULTEM™ 1010 thrust bearing adapter for FGF 3D printer

Case study: 3D printed ULTEM™ 1010 thrust bearing adapter for FGF pellet extruder

Jasper Wille
Using ULTEM™ 1010 to replace an aluminum part in a Xtrution FGF (pellet extruder) 3D printer. We selected this ultra performance polymer for a couple of reasons. The original aluminium part transferred a lot of heat through the screw of the extruder to the bearing and feed zone, causing transportation and bearing failure issues. This is significantly reduced because the thermal conductivity of ULTEM™ 1010 is about 1000 times lower compared to aluminium.