Manufacturing Since 2015
Custom MIM Parts Manufacturing | Metal Injection Molding.
Meta Build Industries provides affordable metal injection molding on a global scale with ±0.3% dimensional accuracy.
Metal Injection Molding (MIM) is an advanced manufacturing process used to produce complex, high-precision metal components in large volumes. It combines the versatility of plastic injection molding with the strength and integrity of metal.
Fine metal powders are mixed with a binder to create a feedstock, which is then injected into molds to form desired shapes. After molding, the binder is removed, and the parts are sintered to achieve final density and strength. MIM is widely used in industries such as automotive, medical, electronics, and aerospace due to its cost-effectiveness, design flexibility, and ability to produce intricate parts with excellent mechanical properties.
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WHY CHOOSE US?
We are built on precision and focused on your success.
We combine advanced manufacturing capabilities with a strong commitment to quality, reliability, and long-term partnerships.
Quality You Can Trust
Strict quality standards at every stage of the process.
Advanced Technology
Modern machines and continuous innovation for superior results.
Customer First
Flexible solutions tailored to your specific needs.
Our Offerings
End-to-End MIM Design Engineering
From initial concept to production-ready components, we provide complete design support for Metal Injection Molding (MIM). Our engineering approach ensures high precision, optimized performance, and cost-effective manufacturing.
MIM DFM Analysis
CAD Modeling & Part Design
Tooling Design & Development
Shrinkage & Tolerance Control
Material & Feedstock Selection
Production Support & Prototyping
Our Core Services
Design & Engineering Support Services
Design for Manufacturability (DFM)
Optimize your MIM parts with expert DFM analysis to improve manufacturability, reduce costs, and ensure efficient tooling and production.
DFM analysis MIM | MIM part optimization | manufacturability review
CAD Modelling & Part Design
High-precision 3D CAD modeling using SolidWorks, CATIA, and NX to design complex, production-ready MIM components.
SolidWorks MIM | 3D metal part design | MIM parts design
MIM Tool Design
Advanced tooling design with optimized molds, gate locations, and parting lines for high yield and long tool life.
MIM tool design | multi-cavity MIM tools | metal injection tooling
Mold Flow Simulation
Accurate mold flow simulation predicts defects, optimizes feedstock behavior, and improves part quality before production. .
MIM simulation | feedstock flow modeling | mold flow analysis
Material Selection & Feedstock
Selecting the right MIM materials and feedstock, including stainless steel and alloys, ensures strength, performance, and durability.
MIM material selection | metal powder feedstock | stainless steel MIM
Tolerance & Shrinkage Engineering
Precise shrinkage control and tolerance engineering ensure high-accuracy MIM parts with minimal post-processing.
MIM tolerances | sintering shrinkage compensation | precision MIM parts
How We Work
Our Engineering Support Process
RFQ & Brief
Submit drawings, CAD files, or concepts for initial evaluation
DFM Review
Assess manufacturability, cost drivers, and potential risks
Design Optimization
CAD redesign, mold flow simulation, and material selection
Tool Design
Mold engineering, gate and ejector layout, and cavity planning
Production Launch
First-article inspection, approval, and transition to mass production
OVER 29+ YEARS
of Engineering Excellence
We deliver engineering solutions you can trust, ensuring accuracy, reliability, and measurable business results.
Integrated Design-to-Production
Engineering and manufacturing teams work together under one roof to ensure components are optimized for real production conditions. Engineering and manufacturing teams work together under one roof to ensure components are optimized for real production conditions. This approach reduces errors, accelerates development, and eliminates costly surprises.
Global Engineering Standards
We follow ISO and ASME standards, delivering quality and documentation that meet global expectations across the USA, Europe, and beyond.
Proven 20–35% Cost Reduction
Advanced DFM strategies reduce machining and tooling costs by integrating complex features directly into MIM designs.
FREE ENGINEERING CONSULTATION
Get expert guidance before investing in tooling.
Share your design or concept, and our MIM specialists will provide a detailed evaluation within 48 hours completely free and with no obligation.
- Free Design for Manufacturability (DFM) Analysis
- Material and Feedstock Recommendations
- Tooling and Per-Part Cost Estimation
- Design Improvement Suggestions for MIM
- Lead Time and Production Feasibility Assessment
Get a Free MIM Analysis in 48 Hours
Sectors
Industries We Work In
Precision Engineering
Aerospace
Lightweight. Reliable. Mission Critical.
MIM Components
Automotive
Precision Parts for Peak Performance.
Innovative Design
Consumer
Engineering Everyday Essentials.
High Reliability
Industrial
Built Strong for Heavy Demands.
Precision Care
Medical
Precision That Saves Lives.
Accuracy in Every Detail
PRODUCT CATALOG
Advanced Manufacturing Systems Product Catalog
Using a three-step Metal Injection Molding (MIM) process to make things exact
01
Molding
Precision metal injection molding is when metal powder mixed with a binder is injected into a mold to make parts with very tight tolerances and complicated shapes.
02
Debinding
Debinding takes the binder off of the molded “green part” in a controlled way, getting it ready for the next step while keeping its shape and structure.
03
Sintering
Sintering heats the part in a controlled furnace, which bonds metal particles together to make finished parts that are strong, dense, and very precise.
MIM Manufacturing Process Flow
Every step, from getting raw materials to shipping the finished product, is designed for accuracy, consistency, and quality.
Stainless Steel Injection Molding
Stainless steel injection molding is a precise manufacturing process used to create strong, corrosion-resistant, and complex metal components. It is ideal for producing small, detailed parts with excellent durability, smooth surface finish, and high dimensional accuracy. This process is widely used in automotive, medical, electronics, aerospace, hardware, and industrial applications. Stainless steel injection molded parts offer superior strength, wear resistance, and long-lasting performance. For businesses that need reliable metal components in bulk, stainless steel injection molding provides a cost-effective and efficient manufacturing solution.