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Company Description |
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Metal Injection Mouldings Ltd produce small parts by a similar process to plastic injection moulding, but the parts can be made in 316 Stainless Steel, 17/4 PH Stainless, nickel & cobalt alloys,
Invar, Kovar magnetic alloys, tool steels etc. - all with excellent properties.
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'MIM' parts can be bent, case hardened, polished
or machined - just like any other metal. The "MIM" process is ideal for medium to large quantities and uses tooling similar to plastic injection dies.
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| The main advantage of Metal Injection Moldings is the ability to produce very fine detail,
a fine surface finish and close tolerances at economic costs. Internal and external threads can be produced with fine detail such as teeth, lettering, narrow slots, odd-shaped holes and compound forms.
Complex shapes can be produced, that would be virtually impossible by any other process.
The design philosophy and tooling is similar to plastic injection molding. |
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Tolerances are generally 1%, e.g. +/- 0.05 for a dimension up to 10mm, enabling most parts to be produced without finish machining, resulting in economically produced items. Size of parts can be from 2mm to 100mm with a maximum weight of 100 grams.
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Additional Products & Services |
Aerospace Components
Consultants: Injection Moulding
Low Cost Components
Mechanical Components
Medical Components
Metal Components
Military Components
Moulders, Mouldings: Injection, Aerospace Industry
Moulders, Mouldings: Injection, Component Design
Moulders, Mouldings: Injection, Hygiene Industry
Moulders, Mouldings: Injection, Lighting Industry
Moulders, Mouldings: Injection, Medical Industry
Moulders, Mouldings: Metal Injection
Moulders, Mouldings: Metal Injection, Bronze
Moulders, Mouldings: Metal Injection, Iron
Moulders, Mouldings: Metal Injection, Low Expansion Alloy
Moulders, Mouldings: Metal Injection, Nickel Iron
Moulders, Mouldings: Metal Injection, Stainless Steel
Moulders, Mouldings: Metal Injection, Superalloys
Powder Metallurgy
Precision Engineering: Aerospace Industry
Precision Engineering: Defence Industry (MOD)
Precision Engineering: Electronics Industry
Precision Engineering: to Specification
Prototype Castings
Sintered Metal Components
Sintering Heat Treatment
Stainless Steel Components:
Steel: HSS, Powder Metallurgy (High Speed Steel)
Vehicle Components:
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