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Typical MIM Properties
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Rupture Strength of Injection Molded Ceramics
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Home
Capabilities
Metal Injection Molding
MIM Part Criteria
Designing for MIM
Advantages of MIM
3D Binder-Jet Metal Printing
In-House Metallurgy Lab
Quality
CNC Machined Part VS MIM Part
Industries
Firearms
Defense
Medical
Dental / Orthodontics
Computers
Aerospace
Automotive
Recreation
Appliance
About
News
Events
Equipment & Facilities
History of Smith
Ownership
Affiliations
Design Guide
Introduction
What Is MIM?
Process Essentials
Where MIM Differs from PM
Unique Aspects of MIM
Comparing MIM with Other Technologies
Process Options
Overview
Powder Options
Feedstock Options
Tooling for MIM
Molding
Debinding
Sintering
Batch Versus Continuous
Secondary Operations
Vendor Differences
Design Principles
Recognizing Good Candidate Parts
Component Surface Finish
Component Size Range
Mass Range
Manufacturing Considerations
Mold Attributes and Limitations
Parting Line
Sprue, Runner, and Gate
Venting
Ejection
Tool Motions
Blemishes from Tooling
Dimensional Tolerances
Computer Simulation for Defect Avoidance
Material Properties
Contrast and Comparison of Properties
Typical MIM Properties
Tensile Properties of MIM Alloys
Rupture Strength of Injection Molded Ceramics
Testing Standards
MIM Costs
Typical Project Costs
Tooling Cost
Tool Life
Component Costing
Competitive Forces
Market Considerations
MIM Overview
History of MIM Success
Industry Structure
Statistical Highlights
Industry Growth
Sales Situation
Market Statistics
MIM Applications
Misconceptions
Standards
Definitions
Summary
Download
Design Guide PDF Download
Resources
White Papers
Videos
Examples
Design Guide
Site Map
Contact
Contact Us
Request for Quote
Employment
About
News
Events
Equipment & Facilities
History of Smith
Ownership
Affiliations
About Smith Metal Products
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