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Keep up to date with the latest innovations, news and relevant information related to 3D printing. Know the new technologies, consumables and accessories that come to market.

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12/07/2022

Open, and enclosed passive/active chamber 3D printers

Temperature-induced shrinkage occurs in 3D printing materials, ranging from 0.3% to 4.0%. It often leads to warping, layer separation, or size changes. Selecting the appropriate 3D printer, whether open or with a heated chamber, is crucial for each plastic type.

Open, and enclosed passive/active chamber 3D printers

29/03/2023

Speeds and accelerations in 3D printing

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.

Speeds and accelerations in 3D printing

01/03/2023

How to detect and solve problems related to the manufacturing base.

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.

How to detect and solve problems related to the manufacturing base.

30/11/2022

Materials for SLS. Use and conservation

Three key rules govern proper SLS powder storage: prevent contamination, maintain dry conditions, and refresh the powder periodically, particularly during extended printing sessions. Find out more in this blog post.

Materials for SLS. Use and conservation

19/10/2022

Positioning in SLS 3D printing

In SLS 3D printing, part orientation affects quality. Avoid overlapping layers and position openings upwards. Move parts in XY plane, tilt flat surfaces and blocks at 45° to prevent heat build-up.

Positioning in SLS 3D printing

21/12/2022

Infill patterns in SLS

In SLS 3D printing, infill patterns determine the internal structure of printed parts, influencing their strength and material usage. By adjusting infill density and pattern, you can optimize structural integrity while minimizing material consumption.

Infill patterns in SLS

15/03/2023

3D printing with composite materials. What to have in mind

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.

3D printing with composite materials. What to have in mind

28/09/2022

Problems due to incorrect positioning of the filament spool

To avoid problems when 3D printing, it should be taken into account that a possible source of failure may be the poor position of the spool and its path to the extruder. Therefore, in order to facilitate the work of the extruder, the minimum tensile strength of the filament should be sought.

Problems due to incorrect positioning of the filament spool

03/08/2022

10 years of Lay Filaments

Ten years ago, German engineer Kai Parthy launched LayWood, the first wood filament in a market dominated by standard PLA and ABS. Kai Parthy has continued to explore his experimental interests and expand his product range.

10 years of Lay Filaments

19/07/2022

Inserts in 3D printing

3D printing allows the production of complex parts, but like any technology, it has limitations. These problems can be overcome by relying on mechanical elements such as inserts obtained using traditional manufacturing techniques.

Inserts in 3D printing

07/12/2022

Sinterit printer maintenance

To ensure optimum performance of Sinterit printers, the protective glass of the laser and pyrometer, the recoater guide, the linear bearing and the space under the cylinders must be cleaned regularly. Find out how to do it in this blog post.

Sinterit printer maintenance

25/01/2023

SLS Printing: Fundamentals and functioning

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.

SLS Printing: Fundamentals and functioning