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The EOS M 290 has the most extensive range of validated materials and processes on the market. EOS metal materials are designed specifically for DMLS and are quality controlled. EOS processes are validated ensuring consistent and repeatable part quality. Explore below which metal materials and processes are compatible with the EOS M 290.

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3D printing offers a much higher level of freedom in terms of design than any other traditional manufacturing technology. Designers and engineers can benefit from this, and use new geometries and concepts that were not feasible before. However, in order to optimize the design to be printed with MJF, you should be aware of some characteristics of the printing process and its capabilities, as this could help to get the best of the technology. The design and printing guidelines offer an overview of the steps to follow before sending a job to print, from file preparation to the considerations that should be taken into account in the design of the parts and the orientation of them in the build chamber to optimize the final part quality and printing performance.

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A game changing way to get industrial-grade parts in hours, not weeks, the X7 carbon fibre 3D printer enables engineers and designers to fundamentally improve manufacturing operations at light speed.

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The S5 makes it easy to click and print with an unrivalled range of materials so your 3D printing applications can meet the demands of the real world. Choose from advanced engineering polymers, glass or carbon fibre composites, recycled filaments, and stainless steel.

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Raise3D Printing Build Surface uses BuildTak as its printing surface. BuildTak is ideal as 3D printing surface for Raise3D printers, and is well received by 3D printing enthusiasts and manufacturers alike. BuildTak is sturdy and durable, so it can more effectively protect the build plate. BuildTak is heat-resistant and strong, meaning it can be reused many times, and is suitable for printing a variety of filaments. The Raise3D Printing Build Surface will adhere firmly to the build plate, so it will not become dislodged or fall off during the printing process. It is also very easy to remove the model from the printing plate. Raise3D Printing Build Surface is easy to clean, you can just wipe it with warm water or alcohol. Please avoid using solvents such as acetone for cleaning.

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The ProtoLaser S4 is a valuable tool in the electronics laboratory. The compact laser system produces precise, fine structures for demanding PCBs in a very short time - as single pieces or small series, without masks or tools. Using a special process, the ProtoLaser S4 quickly removes large copper areas from laminated substrates such as FR4. The ProtoLaser S4 also delivers excellent results on special materials for RF applications.

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Facility for cross and longitudinal chip conveyor. Single piece monolithic cast iron bed base structure for the highest rigidity and damping. 450 Slant bed for easy chip flow and better heat dissipation. 8-Station servo tool turret. Programmable tailstock with built-in rotating centre. Short main spindle – ensures rigidity. Optional C-axis and driven tool turret. Direct coupled servomotors. Highly efficient main drive with less than 20% idle power at maximum speed, thus reducing cost. Hardened and ground integral guideways. Separate lost lubrication oil collection to prevent mixing of lubrication oil with coolant.

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Integrated industrial PC with 21.5" touch screen (MOC-Touch); Easy2control user interface; Interchangeable controls (WinNC); Stable, industry-standard gray cast iron construction; Various clamping devices and tool holder packages; MOC: integrated PC; High machining precision; Bar-stock diameter 25 mm: with bar-stock loader ideal for small part production; Digital drives with high driven power; Extraordinary dynamics; Thermostability for highest precision and contour fidelity; Driven tools with high machining power for drilling, thread and milling operations.

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Integrated industrial PC with 21.5" touchscreen (MOC-Touch); Easy2control user interface; Interchangeable controls (WinNC) Stable, industry-standard gray cast iron construction; Various clamping devices and tool holder packages; MOC: integrated PC; High machining precision; Bar-stock diameter 25 mm: with bar-stock loader ideal for small part production; Digital drives with high driven power; Extraordinary dynamics; Thermostability for highest precision and contour fidelity; Driven tools with high machining power for drilling, thread and milling operations; Many automation possibilities.