Titanium Phase Analysis

Automation Focused
Our goal is straightforward: to automate as much of your titanium phase transformation analysis as possible, through either fully automated or supervised workflows. MIPAR eliminates the need for manual point counting, intercept drawing, or phase annotation. Simply open an image, load your tailored recipe, and generate a report ready to share.

Material Overview
Phase transformation analysis in titanium is vital for assessing material quality, alloy composition, and predicting material properties such as mechanical properties, thermal, and corrosion resistance.

Challenges
Automating phase transformation analysis in titanium is fraught with challenges, primarily due to its complex phase structures, such as alpha, beta, and alpha-beta phases, which require precise imaging techniques for differentiation. The sensitivity of titanium's phase composition to processing conditions, such as heat treatments and cooling rate, introduces significant variability, complicating consistent automated analysis. Identifying and quantifying interphase boundaries and the effects of alloying elements further add to the complexity. Additionally, the quality of sample preparation, including specific polishing and etching techniques, is crucial for reliable phase transformation analysis in titanium alloys.

MIPAR Solution
MIPAR was originally developed to meet these unique challenges. By combining robust Deep Learning models with conventional image analysis approaches, MIPAR quickly and accurately detects titanium phases, even in the presence of complex textures and orientations. Once detected, phases can be automatically measured using classic area fraction or area measurements or following a custom definition. Distinct phases, such as the β phase and α and β phases, can be quantified using size, shape, and orientation measurements, providing valuable insights into titanium mechanical properties.

Advantages
Save time, eliminate inter-operator variability, and gain a deeper understanding of your titanium microstructure while gaining confidence in the quality of your measurements.

MIPAR Users
Ideal for metallurgists, materials scientists, research, and quality control professionals in the titanium manufacturing industry.

Technical Details
MIPAR supports over 150 file types from a wide range of instrument types and manufacturers, including automated calibration and metadata import. Micrographs can be processed in batches, and MIPAR includes a batch review environment to ensure detection and measurement accuracy. The software runs locally on your workstation, without the need for an internet connection, eliminating security concerns. 

System Requirements
Documentation >>

Demo
Have to see it to believe it? We understand, so we've made it easy to schedule a demo with a MIPAR Applications Engineer.

Support
Connect with our Applications Engineers, who bring years of experience in Materials Science and automated micrograph analysis. Our support team is dedicated to partnering with you in your scientific pursuits.

​Cost
​License costs vary depending on the type of license and the number of operators. Submit a quote request, and a representative will get back to you as soon as possible.

Resources
​​• Titanium Grain Size
​​•​ Citations
​​•​ Metal Phase Analysis (blog)

Check Out Our Products

MIPAR Base: our core product to analyze images from almost any source. Extensions enable Deep Learning models, Word reports and 3D data analysis.  MIPAR Base Page >>

​Microscope Software: capture, analyze and report all in a single workflow with MIPAR Live. Check to see if your camera is supported. MIPAR Live Page >> ​​

Compliance Software: analyze, report, and approve in a 21 CFR Part 11 or GMP Annex 11 compliant environment with traceability. MIPAR Checkpoint Page >> ​​

MIPAR APIs: tools to help integrate MIPAR detection and measurement solutions into other software applications and workflows. APIs Page >> ​​​

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