MISUMI ID/ME Design & RP service
		MISUMI ID/ME Design RP service is affiliated with MISUMI Electronic corporation. The rapid prototype and part building and ID/ME Design service. Our team can now service industry, with MISUMI product and mechanism design experience and high quality thermoplastic parts and provide faster delivery than ever before. Having access to the latest RP technology and professional ID/ME Design know-how, our is ready to serve industry Contact Us : Ms. Isabel Hsu mscctv@ms9.hinet.net
		Step 1　Design
		After receiving your suggestion, idea and relevant information, Begin for your product and mechanism 3D CAD design, after getting your confirmed the design, (also, you can give us your IGS or STL file directly) Start enter RP preprocessing
		Step 2　Preprocessing
		RP preprocessing software imports STL files and mathematically slices the model. It automatically generates the necessary support structures and extrusion paths, maximizing build efficiency and minimizing user interaction. And for advanced users who prefer increased control over the build parameters, RP software provides the ability to command every detail of the build, right down to individual tool paths. RP software operates over a network, so jobs can be sent or managed from misumi workstations. Complex part geometries and assemblies are created in a single run .
		Step 3　Build
		Inside the RP system’s heated build envelope, thermoplastic filament is liquefied for extrusion. Dual build heads extrude the thermoplastic and support material along a precise tool path, layer by layer. Because parts are manufactured from stable production-grade thermoplastics, once the material hardens the geometry is set. Unlike parts created by competitive processes, the dimensions won’t change and parts won’t distort, which means you can use them in demanding applications.
		Step 4　Support Removal
		MISUMI RP offers methods of support removal: a soluble support material, Post processing is simply a matter of dissolving model supports in a water-based solution. When the supports dissolve, your part is left with a smooth surface and no trace of support material.