6.5X~55X Zoom Digital Video Stereo Microscope Mobile Repair Phone
Precision stereo microscope with 6.5X-55X zoom range and dual LED illumination for electronics repair, quality control inspection, and materials analysis applications.
Louise Corscadden, PhD
Director of Science · ConductScience
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Key Specifications
Full details →- Model fit
- Configured during quote
- SKU family
- MCX-0046
- Sizing
- 4.2 x 2.4 x 3.4 cm
- Ordering
- Online checkout and quote request available
- Category
- Microscopy
- Build notes
- Confirm accessories, station layout, and support needs before purchase
The 6.5X~55X Zoom Digital Video Stereo Microscope is designed for precision inspection and repair work in electronics, manufacturing quality control, and materials analysis applications. This trinocular stereo microscope features a continuous zoom objective (0.65X-5.5X) with an 8.5:1 zoom ratio, providing magnifications from 6.5X to 55X with standard 10X eyepieces. The 105mm working distance accommodates circuit boards, electronic components, and manufactured parts while allowing adequate clearance for manipulation tools.
The microscope incorporates both transmitted and reflected LED illumination systems with independent brightness control and switching, enabling optimal contrast for different specimen types. The trinocular head design allows simultaneous visual observation and digital imaging or documentation. With a 45° viewing angle and 360° rotation capability, the system provides ergonomic positioning for extended inspection sessions. The diopter adjustment (±5 diopters) ensures precise focus matching between operators.
How It Works
Stereo microscopy utilizes two separate optical paths positioned at a small angle to each other, creating stereoscopic vision that provides three-dimensional depth perception of specimens. The dual eyepieces receive slightly different perspectives of the same object, which the brain interprets as depth, enabling accurate assessment of surface topography and spatial relationships between features.
This microscope employs a Greenough-type stereo design with independent objective lenses for each optical path. The zoom mechanism adjusts magnification continuously across the 8.5:1 range by moving lens elements within the optical train. The dual LED illumination system provides both incident (reflected) light for opaque specimens and transmitted light for transparent or translucent materials, with independent intensity control for optimal contrast enhancement.
The trinocular configuration splits light between the binocular viewing system and a third port for digital imaging systems. This allows simultaneous observation and documentation without interrupting the inspection workflow.
Features & Benefits
Automation Level
- manual
Product Type
- Microscope
Microscope Type
- Stereo / Dissecting
Application
- Assembly & Rework
- Sample Preparation
Skill Level
- Entry Level
Brand
- ConductScience
Research Domain
- Analytical Chemistry
- Food Science
- Industrial Hygiene
- Materials Science
Weight
- 5.0 kg
Dimensions
- L: 4.2 mm
- W: 2.4 mm
- H: 3.4 mm
| Feature | This Product | Typical Alternative | Advantage |
|---|---|---|---|
| Zoom Range | 8.5:1 continuous zoom ratio (0.65X-5.5X objective) | Entry-level models often provide 6:1 or lower zoom ratios | Greater zoom range reduces the need for objective changes during inspection workflows. |
| Working Distance | 105mm working distance | Basic stereo microscopes typically offer 60-80mm working distance | Extended clearance accommodates thicker specimens and tool manipulation during repair work. |
| Head Configuration | Trinocular with 360° rotation and 45° inclination | Binocular heads with fixed or limited rotation are common | Simultaneous documentation capability with flexible positioning for multiple operators. |
| Illumination System | Dual LED (transmitted and reflected) with independent controls | Single illumination mode or tungsten lighting in budget models | LED longevity and dual-mode capability optimize contrast for diverse specimen types. |
| Focus Travel | 45mm focusing range | Standard models typically provide 25-35mm focus travel | Extended range accommodates specimens with greater thickness variation. |
This microscope combines an 8.5:1 zoom range with extended working distance and dual LED illumination, providing versatility for electronics inspection and quality control applications. The trinocular configuration enables simultaneous observation and documentation workflows.
Practical Tips
Verify zoom parfocality by focusing at high magnification then zooming to low power to ensure the image remains in focus.
Why: Parfocal alignment is critical for measurement consistency across magnification changes.
Clean LED surfaces and optical elements monthly using lens tissue and appropriate cleaning solutions to maintain illumination intensity.
Why: Dust accumulation on LEDs and lenses reduces image brightness and contrast quality.
Use reflected illumination for opaque specimens like PCBs and transmitted light for translucent materials to optimize contrast.
Why: Proper illumination selection reveals surface details and subsurface features that may be invisible with incorrect lighting.
If the zoom mechanism becomes stiff, avoid forcing movement and consult technical support for lubrication guidance.
Why: Forcing zoom controls can damage internal mechanisms and affect magnification accuracy.
Document illumination settings and magnification used for each inspection to ensure reproducible image quality.
Why: Consistent documentation parameters enable reliable comparison of results across different inspection sessions.
Adjust LED brightness gradually to avoid eye strain, especially when switching between high and low magnification observations.
Why: Sudden brightness changes can cause temporary vision adaptation issues during extended inspection work.
Position specimens to utilize the full field of view at lower magnifications before zooming to specific areas of interest.
Why: Starting with overview imaging provides context and helps identify critical areas requiring detailed examination.
Setup Guide
What’s in the Box
- Stereo microscope main unit
- WF10X/22mm eyepieces (pair)
- Glass stage with black/white plate and clips
- LED illumination system
- Power adapter
- User manual and warranty documentation (typical)
Warranty
ConductScience provides a standard one-year manufacturer warranty covering defects in materials and workmanship, with technical support for setup and operational guidance.
Compliance
What is the maximum working distance available for specimen manipulation?
The microscope provides 105mm working distance, allowing adequate clearance for probe access, soldering tools, and manipulation of electronic components during repair work.
Can both illumination systems be used simultaneously?
Yes, the transmitted and reflected LED systems operate independently with separate brightness controls and switches, allowing simultaneous use for enhanced contrast on challenging specimens.
What auxiliary lenses are available to extend the magnification range?
Optional 0.5X and 2X auxiliary lenses can extend the total magnification range from 3.3X to 220X when used with 20X eyepieces, providing greater flexibility for different inspection requirements.
How stable is the zoom mechanism for precision measurements?
The continuous zoom system maintains parfocality across the 8.5:1 zoom range, allowing magnification changes without refocusing, essential for consistent measurements and documentation.
What specimen thickness can be accommodated on the stage?
The focusing range of 45mm accommodates specimens from thin films to thick electronic assemblies, while the glass stage with clips secures flat specimens up to the working distance limit.
Is the trinocular port compatible with digital cameras?
The trinocular head accepts standard C-mount cameras and adapters for digital documentation, though specific camera compatibility should be verified based on sensor size and mounting requirements.
How precise is the interpupillary adjustment range?
The interpupillary distance adjusts from 54-75mm to accommodate different operators, with diopter correction of ±5 diopters on each eyepiece for vision matching.
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