MIMCorex delivers precise, repeatable, high-performance metal parts for the aerospace, automotive, defense, medical and consumer sectors.
As MIMCorex, we combine Metal Injection Molding (MIM) technology with engineering, process control and a strong quality culture to manufacture complex metal parts with high precision and repeatability.
Internal channels, thin walls and multiple functional surfaces are combined in a single tool; assembly and machining operations are eliminated.
Density exceeding 96% after sintering; performance close to wrought steel in wear resistance, impact strength and structural durability.
An economical and fast supply chain for annual orders of 200,000 parts and above; the same technical specifications in every batch.
When high volumes, complex geometry and repeatable quality are required, MIM goes beyond the limits of CNC, casting and forging.
From design to tool manufacturing, from process development to quality control — every stage under one roof, with a single engineering team.
Capabilities Page
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Metal injection process; production of complex geometries, multi-cavity tool applications and process parameter control.
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MIM tool design, mold filling analysis, shrinkage compensation and EDM/CNC tool manufacturing.
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Controlled removal of the binder with catalytic debinding while preserving part integrity.
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Controlled atmosphere and temperature profile; density and mechanical property optimization.
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Dimensional control, CMM, hardness and density measurement, metallographic examination, chemical analysis and mechanical testing.
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Part design optimization with a DFM / Design for MIM approach, tool compatibility and process simulation.
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End-to-end product development support from first samples to serial production.
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New material development, process optimization, failure analysis and university / R&D collaborations.
From tool design to final quality control — seven controlled processes, one engineering chain.
Production Process Page
The part geometry is transferred to MIM tool design; the parting line, runner system, cores and sintering shrinkage are taken into account.
The metal powder and binder mixture is injected into high-precision MIM tools. Injection parameters are optimized for part geometry and final dimensions.
Flash on the green part is removed after injection and the parts are prepared for the debinding process.
The binder system is removed in a controlled manner. Part integrity is preserved and a suitable pore structure is created before sintering.
Diffusion between metal particles is achieved in high-temperature sintering furnaces. The part gains its final density and mechanical properties.
Dimensional control, visual control, material and mechanical property verification; CMM, hardness, density and microstructure analysis.
Approved products are tracked within the traceability system together with production and quality records. Compliant packaging and shipping.
From critical components requiring high reliability to serial production in millions of parts, we are with you at every scale.
Sectors PageApplications where high strength, reliability and repeatability are critical. Complex mechanism components, trigger and control parts are produced as single pieces.
High-volume production, repeatable quality and functional design solutions. Engine, transmission and drivetrain components.
Equipment where precision, repeatability and surface quality come first. Surgical instruments and dental components.
Critical components requiring high precision, low weight and long-term reliability.
Compact, precise metal components where design, ergonomics and aesthetics come together.
The right alloy for your application's mechanical strength, corrosion resistance and magnetic property requirements.
High corrosion resistance · 40-48 HRC hardness
External mechanisms · Pins · ConnectionsHigh impact strength · Heat treatable
Trigger groups · Hammers · Lock blocksExtreme wear resistance · High temperature strength
Internal parts under intensive frictionHigh magnetic permeability
Sensor and actuator componentsHigh strength-to-weight ratio
Aerospace and medical applications
As MIMCorex, we approach your project not just as a manufacturer but as an engineering partner. We evaluate manufacturability, tolerance requirements and material selection together with you at the design stage.
Part design optimization, tool compatibility, sintering shrinkage compensation and process simulation.
End-to-end support from first samples to process development, from tool trials to serial production.
New material development, process optimization, failure analysis, efficiency studies and university collaborations.
Share your technical drawing or geometry with us; we will get back to you within 48 hours with a manufacturability analysis, material recommendation and costing.