IQM-40-1 Inverted Metallurgical Microscope

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IQM-40-1 Inverted Metallurgical Microscope Specification

View Head
Binocular standard, trinocular option.

Features
Durable cast alloy body, anti-vibration base, ergonomic design, precision mechanical stage, suited for metallurgical sample observation and surface studies.

Focus System
Coarse and fine focusing with tension adjustment.

Spare Parts
Replacement objectives, eyepieces, halogen lamp, mechanical stage accessories.

Theory
Inverted Metallurgical Microscope designed for metallographic analysis, material research, and quality inspection.

Drawtube
Binocular observation tube with 45 inclination and 360 rotation.

Sensor
Not applicable (optical microscope, no digital sensor by default).

Resolution
Determined by objective and eyepiece combination; up to 1000x magnification optical resolution.

Interface
Optional trinocular port for camera integration; standard optical interface.

Frame Rate
Depends on camera used (not included standard).

Focal Distance
Working distance varies by objective, commonly 1.9 mm (40x objective) to 7.2 mm (10x objective).

Magnification
Total magnification ranges from 100x to 1000x, depending on objective and eyepiece selection.

Dimensions
Approx. 430 mm x 250 mm x 520 mm.

Focus Range
Coarse and fine focusing system; travel range up to 15 mm.

Eyepieces
Wide field WF10x/18mm paired eyepieces.

Eyepiece Tube
Binocular, inclined at 45.

Illumination
Transmitted and reflected illumination system, built-in adjustable halogen lamp 6V/20W.

Coarse Adjustment Range
15 mm coarse focusing travel.

Fine Adjustment Range
0.001 mm fine focusing gradation.

Working Stage
Mechanical stage size 230x140mm, travel range 75x50mm, double layer mechanical.

Still Image Capture Resolution
Depends on attached camera, typically up to 5MP or more (not included standard).

Video Capture Resolution
Dependent on camera; recommended up to 1080p Full HD (optional accessory).

Image Format
Supported via optional camera adapter (for trinocular models), standard image output for digital models.

Interpupillary Distance
55mm - 75mm adjustable.

Objective Achromatic
Plan Achromatic objectives: 10x, 20x, 40x, 100x (oil immersion).

Condenser
No condenser for inverted type; long working distance objectives used instead.

Light Source
Halogen lamp 6V/20W, variable intensity.

About IQM-40-1 Inverted Metallurgical Microscope

With the help of our distinguished experts, our company has been able to mark its strong presence in the market as one of the well-known suppliers and manufacturers of IQM-40-1 Inverted Metallurgical Microscope. This microscope is specially designed for used in colleges, schools and science laboratories for checking the specimens of several objects. This microscope facilitates best quality images for phase contrast and bright field observations. Procured from the reliable experts, this IQM-40-1 Inverted Metallurgical Microscope is designed using advanced technology and excellent quality components.

. Inverted MetallurgicalMicroscope

SPECIFICATIONS:

Eyepiece:	WF 10X-18mm
Reticule Eyepiece:	WF 10X-18 mm (Cross Reticule 0.1mm)
Objective:	LONG WORKING DISTANCE PLAN Objective , 4X/0.1,10X/0.25, 20X/0.4 (S) and 40X/0.65 (S)
Head:	Seidentopf Binocular / Trinocular Head Inclined 45, Rotatable 360, Interpupilary Distance: 50-75mm.
Nosepiece:	Quadruple
Mechanical Stage:	Stage Size: 170X140mm, Travel: 75mmX55mm, stage 10, 20
Focus:	Coaxial Coarse and Fine Focusing Knobs
Illumination:	12V/20W Halogen Lamp, ISO-CE
Filter:	Blue, Green & Yellow

Versatile Metallurgical Analysis Simplified

The IQM-40-1 is tailored for metallographic studies, material research, and quality inspections. Its advanced optical system ensures accurate color fidelity and flat imaging across the field of view, making it an invaluable tool for examining metals, alloys, ceramics, and electronic boards at magnifications from 100x to 1000x.

Precision Stage for Reliable Results

Featuring X-Y mechanical movement with graduated vernier controls, the IQM-40-1 offers meticulous sample positioning and measurement. The robust stage supports samples up to 30 mm thick, ideal for various industrial materials and applications, while its ergonomic design enhances lab productivity.

Built to Perform in Challenging Conditions

A sturdy cast aluminum body minimizes vibration, and anti-fungal coated optics guarantee long-term reliability, even in humid environments. Universal power compatibility and a consistent halogen illumination system ensure uninterrupted operation across diverse lab settings.

FAQs of IQM-40-1 Inverted Metallurgical Microscope:

Q: How do I use the stage movement and graduated controls on the IQM-40-1 microscope?

A: The X-Y mechanical stage allows for precise sample positioning. Use the graduated controls and vernier scales on the stage to move your specimen smoothly and measure movements accurately, which helps during detailed inspections and comparative analyses.

Q: What types of samples and applications is the IQM-40-1 microscope designed for?

A: This microscope is specifically intended for opaque and reflective sample examination, such as metals, alloys, ceramic sections, and printed circuit boards. It is well-suited for tasks like metallographic analysis, material research, and industrial quality inspection.

Q: When should I consider adding optional accessories such as a camera adapter or phase contrast attachment?

A: Optional accessories like a camera adapter or phase contrast attachment are recommended when you want to document findings, conduct differential imaging, or require enhanced contrast for certain metallurgical or material research applications.

Q: Where can the IQM-40-1 microscope be reliably operated?

A: The IQM-40-1 operates effectively in laboratories or industrial environments with ambient temperatures ranging from 10C to 40C. Its anti-fungus optical coatings make it suitable for humid or challenging climates, ensuring durable performance.

Q: What process ensures optimal color fidelity and flat imaging in this microscope?

A: The use of plan achromatic objectives in the optical system guarantees accurate color reproduction and a flat field of view, which are critical for metallographic analysis and surface studies.

Q: How does the microscope benefit long-term laboratory use and sample observation?

A: Its robust cast alloy frame offers stability and vibration resistance, while ergonomic design, anti-fungal optics, and universal power supply contribute to long-term dependability. This setup delivers comfortable extended use with reliable, high-quality results.

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