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ENGINEERING EXCELLENCE

MIM Design & Tools

Metal Injection Molding is redefining precision.
Our design protocols ensure geometric complexity while maintaining structural integrity at micron-level tolerances.

YEARS IN MIM
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EXPERT EMPLOYEES
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YEARLY SALES
0 M (USD)
SINTERED DENSITY
> 0 %

Design Guidelines

MIM success begins at the CAD level. WeΒ optimizeΒ material flow and thermal dynamics toΒ eliminateΒ porosity and maximize mechanical performance.

01

Material Flow

Optimized gate placement ensures uniform cavity filling and minimizes thermal stresses during theΒ debindingΒ phase.

02

Thermal Dynamics

Controlled cooling rates and sintering profiles manage linear shrinkage and preventΒ componentΒ warping.

03

Mass Balancing

Strategic wall thickness distribution maintains isotropic properties across complex cross-sections.

TOOLING ARCHITECTURE
Parting Lines

Strategic placement ensures flash-free finishes and maintains surface quality.

Gating & Sprues

Sub-gates and hot-runner systems are designed for efficient, high volume production.

Ejector Pins

Precision placement prevents part deformation during green-state extraction.

Core Guidelines

Complexity

Unlimited geometric freedom

Transitions

Radiused geometries preferred

Wall Thickness

Optimized range: 0.5 mm – 12 mm

Tolerances

Precision range: Β±0.3%

“Our engineering team provides full DFM Design for Manufacturing reports for every tooling project, ensuring 100% first-pass yield.”

Material Selection

Feedstock Properties: The mixture of metal powders and binder materials (feedstock) should have properties compatible with your design requirements, including flow characteristics and particle size distribution

Stainless Steel

Low Alloy Steel

Tool Steel

Custom Blends

Engineered Ecosystem

Design & Simulation

Autodesk Moldflow Insight
SolidWorks Plastics Premium
Proprietary Sintering Sim

Molding Tools

Multi-Cavity Hardened Steel tools
Electric Injection Units
Robotic Part Extraction

Sintering Systems

Vacuum Sintering Furnaces
Atmospheric Control Units
High-temperature mesh systems

Why Our MIM Design Makes a Difference

Reduce Defects

Optimized flow analysis and precision engineering reduce design and production defects by up to 30%.

High Strength & Density

Controlled sintering and material optimization achieve near-full density and superior mechanical strength.

Cost Optimization

Improved material utilization and manufacturing efficiency reduce cost per component without compromising quality.

Faster Time-to-Market

Accelerated production timelines through efficient design validation and streamlined manufacturing processes.

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