Constructing upon the success of the EP-M400, Eplus3D, one of many main Chinese language steel AM firms, has launched the EP-M400S – the newest addition to its lineup of steel 3D printing machines. The laser configuration of the EP-M400S provides an distinctive degree of customization. With choices for 1, 2, 3, and 4 lasers with a number of energy ranges (500W, 700W, and 1KW for every laser), customers can fine-tune the efficiency to satisfy the particular calls for of their functions.
Combining the experience and know-how of Eplus3D’s massive and small body techniques with the 4 totally different effectivity modes accessible within the EP Management software program – with a mixture of recoating velocity and laser task technique – the system permits for application-specific optimization within the operating of the print jobs.
A serious innovation within the EP-M400S is the adoption of prime feeding powder hopper and Bi-directional powder re-coating – lowering dosing time by as much as 30%. This strategy considerably streamlines the steel powder layering course of and saves a considerable period of time.
Totally suitable with equipment similar to the corporate’s EP-MS600 ultrasonic sieving machine and EP-MF400 automated powder feeding system, the EP-M400S facilitates seamless integration and unlocks the power to refill the powder tank with out interrupting the printing course of – saving time, and preserving powder situations inside an inert ambiance.
With a change within the design, the EP-M400S has undergone a measurement discount of 10% in comparison with its predecessor – giving a excessive degree of accuracy and reliability in a smaller package deal. Options added to the brand new building may even present simpler entry to cleansing and upkeep areas within the machine, not solely bettering the performance but additionally the serviceability.
Retaining the layer thickness and materials compatibility of its predecessor, the EP-M400S finds functions throughout various industries, together with aerospace, automotive, molding, and medical implants. Its adaptability positions it as an all-encompassing steel 3D printing resolution.
