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Laser marking can be used to easily create 2D textures and 3D engravings to enhance or customize fashion products.      SLC3 is a unique software interface for every SISMA machine, aimed at simplifying software management, development and customization. It...

The fully digital workflow has been a subject of discussion and debate within the dental industry for years. Today, thanks to the development of cutting-edge technologies, it is finally possible to approach this working methodology in order to allow the...

SWA, laser welding and mold maintenance system with fiber source.SISMA has decided to take an important step in the world of molds, presenting a new product to expand the current range, an absolute novelty and available on the market as early as May...

What is it all about? The concept of laser marking can be described as the apposition of a permanent mark on a material, precisely through the use of a laser. The process can be utilized in different ways to produce a variety of  results. This  method has many...

During the printing process, is the material completely melted? Is any porosity present inside or on the surface? The metal components printed with LMF (Laser Metal Fusion) technology generally have a rough surface but very high (close to 100%) densities,...

Zero Tilting Technology During the printing routine the vat is set fixed in the machine while the glass tilts after each layer has been printed, which allows avoiding a suction effect and does not cause mechanical stress layer after layer, on the object...

Patented Tilting Coater  Metal 3D printing with powder-bed based technologies involves the addition of material through unidirectional or bidirectional coating systems, "coaters". The "tilting coater" patented by SISMA, supplied with every 3D printer of...

What are the differences between DLP and Laser SLA? DLP (Digital Light Processing) stereolithography print technology is based on a digital light source (projector), emitting in the UV spectrum, able to polymerize layers of photosensitive polymeric resin....

SISMA collaborates in the MIAIVO project – Innovative Mechanics and Integrated Additive: VenetO from research to opportunities in the current and future market – to analyze the technological feasibility of a set of modifications to the RFX-mod2 experimental machine.

A journey of growth over 60 years. Here at SISMA we have been designing and manufacturing high-precision machinery and laser systems since 1961. Our path has been a transversal experience undertaken in mechanics, in software management, and in...