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MMS300 Inverted Metallurgical Microscope for Materials and Industrial Inspection

The AELAB AE-MMS300 inverted metallurgical microscope performs precise surface observation and structural inspection for metals, minerals, and electronic materials. Equipped with LWD infinity plan objectives, polarizing observation, and a three-layer mechanical stage, the AE-MMS300 ensures stable focusing, ergonomic operation, and reliable metallographic analysis in laboratory and industrial environments.
Modles : MMS300
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The AELAB AE-MMS300 inverted metallurgical microscope is designed for reflected-light observation of opaque samples such as metals, alloys, minerals, and electronic components. The inverted optical configuration allows large or heavy specimens to be placed directly on the working stage, ensuring mechanical stability during metallographic examination.

The AE-MMS300 integrates long working distance infinity plan objectives, polarizing observation capability, and an ergonomic butterfly binocular head to deliver consistent optical performance for laboratory research, industrial quality control, and educational applications.

 

 

AELAB AE-MMS300 inverted microscope HDMI camera setup

 

⚙️ Design & Construction

The AELAB AE-MMS300 inverted metallurgical microscope features a rigid metal frame supporting a three-layer mechanical working stage. The inclined 45° butterfly Siedentopf binocular head rotates 360° for ergonomic observation. Precision-machined focusing components and a Quadplex nosepiece ensure long-term mechanical stability during high-magnification inspection.

 

AELAB AE-MMS300 materials testing microscope working stage

 

🔬 Working Principle / Testing Method

The AE-MMS300 inverted metallurgical microscope analyzes reflected light from opaque samples. Illumination is projected upward through the objective onto the specimen surface, and reflected light is collected by LWD infinity plan objectives. The integrated polarizer and analyzer regulate light orientation to enhance grain boundaries, inclusions, and crystalline structures.

 

AELAB inverted metallurgical microscope laboratory use

 

💡 Key Advantages

  • Inverted metallurgical configuration supports large and heavy samples.
  • LWD infinity plan objectives maintain flat field imaging across magnifications.
  • Polarizing observation improves contrast for metallographic structures.
  • Fine focusing division of 2 μm enables precise surface adjustment.
  • 5 W LED illumination provides stable reflected-light intensity.
  • Built-in 0.65× C-mount supports HDMI digital camera integration.

 

🔗 Connectivity & Integration

The AELAB AE-MMS300 inverted metallurgical microscope supports HDMI digital cameras through its built-in C-mount. External display connection allows real-time observation, documentation, and training demonstrations. The low-voltage LED illumination system can be powered by standard AC supply or portable power sources.

 

AELAB AE-MMS300 inverted microscope HDMI camera setup

 

🧪 Testing Applications

The AELAB AE-MMS300 inverted metallurgical microscope is used for metallographic analysis, microstructure inspection, and surface defect evaluation in metallurgy, mineralogy, electronics manufacturing, materials science, quality control laboratories, and technical education facilities.

 

Compliance & Quality Assurance

The AE-MMS300 inverted metallurgical microscope is manufactured under AELAB quality management procedures. Optical and mechanical components are factory-aligned and inspected to ensure stable performance, traceable dimensional accuracy, and compliance with laboratory quality assurance workflows.

 

AELAB AE-MMS300 metallurgical microscope with polarizer

 

AE-MMS300 materials testing microscope working stage

 

Specifications :

Technical Specifications – AELAB AE-MMS300

Item

Specification AE-MMS300

Eyepiece

WF10X/20mm (High eye-point)
WF10X/20mm (High eye-point, adjustable Focus,Reticule 0.1mm)

Metallurgical LWD Infinity

Plan Objectives

LPL    5×/0.13

W.D=16.04mm

LPL  10×/0.25

W.D.= 18.48mm

LPL  20×/0.40

W.D.= 8.35mm

LPL  50×/0.70

W.D.= 1.95mm

LPL  80×/0.80

W.D.= 0.85mm

LMPlan FL 100×/0.85(Dry) W.D.= 3.00mm

Butterfly Siedentopf Head

Eyepiece tube 360°rotated,

Inclined 45°,

IPD: 48-75mm,

Light distribution: 70:30(70% for eyepiece,and 30% for camera tube)

Nosepiece

Quadplex

Mechanical Stage

Stage size: 180 mm×155mm,

Moving range:75×40mm , Scale : 0.1mm,

Round slide size:φ110mm

Coaxial Coarse and Fine Focusing unit

Coarse stroke: 10mm,

Fine stroke per rotation: 0.2mm, fine division 2 μm.

Polarizing Unit

Polarizer /Analyzer

llumination

5WLED Warm lamp (Input voltage:100V~240V)

Filter

Grey

C-mount

0.65×C-Mount  (built-in)

Universal Holder for HD Screen

Technical Specifications – AELAB AE-MMS300

Item

Specification AE-MMS300

Eyepiece

WF10X/20mm (High eye-point)
WF10X/20mm (High eye-point, adjustable Focus,Reticule 0.1mm)

Metallurgical LWD Infinity

Plan Objectives

LPL    5×/0.13

W.D=16.04mm

LPL  10×/0.25

W.D.= 18.48mm

LPL  20×/0.40

W.D.= 8.35mm

LPL  50×/0.70

W.D.= 1.95mm

LPL  80×/0.80

W.D.= 0.85mm

LMPlan FL 100×/0.85(Dry) W.D.= 3.00mm

Butterfly Siedentopf Head

Eyepiece tube 360°rotated,

Inclined 45°,

IPD: 48-75mm,

Light distribution: 70:30(70% for eyepiece,and 30% for camera tube)

Nosepiece

Quadplex

Mechanical Stage

Stage size: 180 mm×155mm,

Moving range:75×40mm , Scale : 0.1mm,

Round slide size:φ110mm

Coaxial Coarse and Fine Focusing unit

Coarse stroke: 10mm,

Fine stroke per rotation: 0.2mm, fine division 2 μm.

Polarizing Unit

Polarizer /Analyzer

llumination

5WLED Warm lamp (Input voltage:100V~240V)

Filter

Grey

C-mount

0.65×C-Mount  (built-in)

Universal Holder for HD Screen

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Frequently Asked Questions

1What materials can be analyzed using the AE-MMS300?
The AE-MMS300 is suitable for metals, alloys, minerals, and electronic components using reflected-light metallographic inspection.
2Does the AE-MMS300 support polarizing observation?
Yes, the microscope includes an integrated polarizer and analyzer for polarizing metallurgical observation.
3Can a digital camera be connected?
Yes, a built-in 0.65× C-mount supports HDMI digital camera integration.
4What is the focusing precision?
Fine focusing division is 2 μm with a coarse stroke of 10 mm.
5Is the illumination system suitable for field use?
Yes, the low-voltage LED illumination can be powered by standard AC supply or portable power sources.

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