Product

  * SUS316L is a chromium-nickel-molybdenum austenitic stainless steel, which has high corrosion resistance     compared to the most common stainless steel 304, and has no significant disadvantages in terms of cost. 

  * By adding molybdenum, this steel is particularly suitable for components in harsh chemical environments      containing chlorides and other halogens.

  * Typical applications can be found in a wide range of industries such as plant engineering, oil and gas            industry, automotive, medical technology, jewelry and mold components.

  * SUS316L is easy to weld and offers excellent ductility and high creep strength at high temperatures.

 * Titanium (Ti) and its alloys are generally used extensively in many industries due to their low density and          high corrosion and oxidation resistance. 

 * Titanium alloys are used in additive manufacturing to produce a wide range of industrial components,             including blades, fixtures, rings, discs, hubs, and vessels. 

 * Titanium alloys are also used to produce high-performance racing engine components, such as gearboxes       and connecting rods. 

 * Because of their proven biocompatibility and long history in the medical industry, they are an established         material for medical applications, such as medical implants. 

 * The M300 parameters of the Concept Laser M2 Series 5 have been developed to leverage the performance     of the previous M2 generation. 

 * The basic parameters provide excellent surface quality while maintaining very good density, mechanical           strength and productivity. 

 * The surface parameters have been developed to achieve the best overall surface quality and best part             resolution. 

 * The productivity parameters are available to process with rubber or steel recoaters to maximize build speed. 

 * The hybrid parameters combine surface and productivity parameters and can significantly increase                productivity for parts with high volume/surface ratios while meeting the highest surface quality requirements.