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HANNOVER MESSE 2018, 23 - 27 April

MIM technology

USD Formteiltechnik

Exhibitor details
Logo MIM technology

Product description

Powder Metalurgy (PM), also called Metal Injection Moulding (MIM), allows sophisticated and near-net-shape products of high complexity without (in most cases) needing a further machining.

Metal powder of 5-20 µm grain size is formed together with a selective binder. Debinding followed by sintering under vacuum brings up gas-tight, scale free, resilient, and ready-to-use MIM form parts.

Precision tools and fully automated production processes help designers to exploit all degrees of freedom and create enormous rationalization potentials for both new and existing components.

Besides surface roughnesses of Ra 0,5 - 1,0 µm, food-safety according to LFGB DIN 10955 / DIN EN 5495, and a minimum of machining neccessity, this economical and ecological production method allows thin wallthicknesses and the most complex undercuts.

Product website

All products offered by this exhibitor

iPowder

iPowder® stands for unique green part and as sintered chemical and mechanical properties. Due to the special process water, grain boundaries, and H2 corrosion will be significantly reduced. Further properties: - better sinter surface roughness - higher sinter density - better feedstock flowability - ...read more

Welding constructions

Materials: S235, S355, fine grained steel, aluminium, et al. Extended aptitude certificate according to DIN 18800-7 part E (steel), DIN 4113-3. Weight per piece: TBA. Dimensions: TBA. Quantities: small, medium, and large series. Machining equipment: Milling, drilling, thread cutting, welding. Surface ...read more

Stamping technology

Stamping is a metalworking process by which sheet metal strips are punched using a press tool which is loaded on a machine press or stamping press to form the sheet into a desired shape. This could be a single stage operation where every stroke of the press produce the desired form on the sheet metal ...read more

Die casting technology

Die Casting is the process of forcing molten metal under high pressure into the cavities of steel molds, called dies. Dies range in complexity to produce any non-ferrous metal parts (that need not be as strong, hard or heat-resistant as steel) from sink faucets to engine blocks (including hardware, component ...read more

Sintering technology

Sintering parts are high-precision components, which are made of metal powders using special processing methods. Sintering is done by pressing the metal powders into a mould under controlled pressure and is then melted under a protective gas. This leads to a part with high tensile strength. This processing ...read more

Drop forging technology

This forming technology drop forges or presses the warm or cold raw material into two or more multi-part moulds (closed-dies). When drop forging parts, the structure of the raw material remains intact thereby maintaining excellent mechanical properties. These forged parts have highly elastic properties, ...read more

Casting technology

Data sheet sand castingread more

Investment casting

Investment casting according to the lost wax method is a very old casting process, having been used in ancient Egypt for the production of art and cult objects. Today this production method is gaining popularity. Through the use of high temperature resistant moulding material binders, this method has ...read more

Turning technology

Turning, CNC turning, or manual turning is the process used to produce cylindrical components in a lathe. No matter if easy or highly complex torn parts, USD is the right partner at your side. A cylindrical piece of metal is rotated and a cutting tool is traversed along 2 axes of motion to produce ...read more

MIM technology

Powder Metalurgy (PM), also called Metal Injection Moulding (MIM), allows sophisticated and near-net-shape products of high complexity without (in most cases) needing a further machining. Metal powder of 5-20 µm grain size is formed together with a selective binder. Debinding followed by sintering under ...read more

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