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This post highlights the significance of proper speed and acceleration settings in 3D printing. It discusses the parameters governing speeds and accelerations for FFF 3D printers across axes and explains common elements affecting printing speed adjustments.

LED-LCD-based resin 3D printers are significantly simpler than other technologies such as FDM or SLS. However, they also require regular calibration and maintenance.

Filaments are often enriched with fibers or particles to achieve better thermo-mechanical, aesthetic or advanced specific properties. In this blog post you will find out how to successfully 3D print with composite materials.

The use of supports in resin printing is always necessary. The parameters to be taken into account in their handling vary depending on the software, but the most common are: type, density, height, diameter and interconnection between supports.

The base or manufacturing platform is a fundamental part of any FDM 3D printer. In this post we will talk about how to get the best quality parts and avoid the risk of failure.

The hotend is, together with the extruder, one of the most important parts of a FFF 3D printer. Although at first glance it may appear to be one of the simplest elements, it is one of the most complex, as it has to achieve optimum thermal performance.

Setting the printing parameters correctly is a complex process that requires several trials. Values such as exposure (both 1st layer and the rest), speed and delay time will have to be changed several times until the right ones are found. The use of calibration models will help in assessing the quality and accuracy of these parameters.

With the appearance of new types of resin for 3D printing, specific applications arise that require the use of specific materials. In sectors such as dental, engineering or jewellery, we must pay attention to the specific properties of the resin in order to make the correct selection.

Light, temperature, oxygen and humidity are elements that affect the correct preservation of resins. Find out how to properly store and maintain your 3D printing resins in this blog post.

SLS (Selective Laser Sintering) uses powdered material for printing. It works by selectively "burning" designs into thin layers of the powder using a laser. Advantages include high precision, isotropic prints, no need for supports, excellent finish, and a variety of materials for printing.

The Nexa3D ultrafast open-materials XiP desktop 3D printer and an ample portfolio of professional 3D printing resins offer truly competitive and cost-efficient resin 3D printing solutions for various industrial applications.

The final quality of the printed parts is strongly influenced by the quality of the raw material used in the production of the filament, as well as by its conservation. This is because the more homogeneous and constant the filament properties are, the more uniform the extrusion will be and the better surface quality the final part will have.