3D printing craft

History of PolyJet technology

One of the most innovative methods in the 3D printing industry, PolyJet technology has its roots in the groundbreaking scientific…

What is PolyJet technology and how does it work?

PolyJet technology was created in the late 1990s by Objet (now part of Stratasys). For years, it has been one…

History of 3D printing technology using SLA light-cured resins

The history of stereolithography, or SLA 3D printing technology, is a fascinating example of evolution and innovation in the field…

How is SLA technology different from PolyJet?

SLA technology (stereolithography) and PolyJet are two advanced 3D printing methods that, although they use resins, differ significantly in terms…

Differences in 3D printing with light-cured resins: SLA vs. DLP and UV LCD

3D printing using light-cured resins includes various methods, and each of them has its own unique features and applications. When…

SLA technology vs. SLS technology – main differences and advantages of one over the other

Technology Applied, a leader in the field of industrial 3D printing in Poland, is known mainly for the production of…

Comparison of SLA and FDM/FFF technologies in industrial 3D printing

3D printing technology from thermoplastics in the form of a filament – FDM / FFF, is the most popular and…

Robotic hand made in HP Multi Jet Fusion 3D printing technology

The Italian company Prensilia produces hand prostheses for companies specializing in prosthetic devices and scientific research. Together with Elastico Disegno…

SLA vs. traditional production methods

SLA (stereolithography) is historically the first 3D printing technology, offering high precision in part production and excellent surface quality, comparable…

Performance optimization: SLA in low-volume production

Technology Applied, the largest company offering 3D printing services in Poland, bases its activities largely on the selective laser sintering…