Stereo Zoom Microscope BM-9T(Customized)
Stereo zoom microscope providing 6.5X-65X magnification with dual LED illumination and 255mm working distance for three-dimensional specimen examination and manipulation.
Louise Corscadden, PhD
Director of Science · ConductScience
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Key Specifications
Full details →- Automation Level
- Manual
- Adjustable Eyepiece
- working distance110mm
- 10Xφ22mm
- magnification
- 6.5X
- 32.2mm
- 65X
- 3.4mm
- Zoom Ratio
- 1:10(0.65X-6.5X)
The Stereo Zoom Microscope BM-9T is a specialized optical instrument designed for detailed examination and manipulation of specimens requiring variable magnification and stereoscopic depth perception. This customized microscope provides magnification ranging from 6.5X to 65X through a 1:10 zoom ratio system, enabling researchers to transition seamlessly between overview and detailed examination of three-dimensional samples.
The instrument features dual 2W LED illumination systems with independent yellow and white light control and adjustable brightness, providing optimal lighting conditions for various specimen types and observation requirements. The 255mm working distance accommodates larger specimens and allows space for manipulation tools, while the stereoscopic viewing system with interpupillary distance adjustment (55-75mm) ensures comfortable extended observation periods.
How It Works
Stereo microscopy utilizes two separate optical paths to provide three-dimensional visualization of specimens. Each eyepiece receives a slightly different viewing angle of the same specimen, creating binocular parallax that the brain interprets as depth perception. The zoom mechanism employs a continuously variable magnification system that maintains focus while changing magnification ratios.
The dual LED illumination system provides both incident (reflected) and transmitted lighting options. Yellow LED illumination enhances contrast for certain specimen types and reduces eye strain during extended observation periods, while white LED provides true color reproduction. The adjustable brightness control allows optimization for different specimen transparency levels and surface characteristics.
The 255mm working distance is achieved through the objective lens design and provides sufficient clearance for specimen manipulation, dissection tools, and micromanipulators while maintaining optical resolution and field of view consistency across the zoom range.
Features & Benefits
Research record
Use these values in methods sections and data records.
- Device type
- Stereo microscope
OBI:0001065
This ID comes from the Ontology for Biomedical Investigations (OBI).
Download the source data for this record as a JSON-LD file
Methods section wording
stereo microscope (ConductScience, Skokie, IL, USA; cat. no. BIO-0510)
Automation Level
- manual
Adjustable Eyepiece
- working distance110mm
10Xφ22mm
- magnification
6.5X
- 32.2mm
65X
- 3.4mm
Zoom Ratio
- 1:10(0.65X-6.5X)
Magnification
- 6.5-65X
Interpupillary Distance
- 55mm~75mm
Focus arm
- 76mm Diamator32mm pole size
Working distance
- 255mm
Light Source
- Upper and Lower 2WLED light source,yellow and white light control alone,Adjustable Brightness
Stage
- Black/White plate,Glass plate for option
Brand
- ConductScience
Research Domain
- Cell Biology
- Developmental Biology
- Histopathology
- Materials Science
- Microbiology
- Neuroscience
Shipping weight
- 0.62 lb
Shipping box
- L: 4.92 cm
- W: 2.99 cm
- H: 2.56 cm
| Feature | This Product | Typical Alternative | Advantage |
|---|---|---|---|
| Zoom Ratio | 1:10 zoom ratio (0.65X-6.5X) | Standard models often provide 1:6.5 or 1:8 zoom ratios with more limited magnification ranges | Greater magnification flexibility reduces need for objective changes during examination protocols |
| Working Distance | 255mm working distance | Entry-level stereo microscopes typically offer 100-150mm working distances | Extended working distance accommodates larger specimens and complex manipulation equipment |
| Illumination System | Dual 2W LED with yellow/white light control | Basic models often provide single LED or halogen illumination without color options | Dual color system optimizes contrast and reduces eye strain for different specimen types |
| Focus Arm Design | 76mm diameter focus arm with 32mm pole | Standard designs use smaller diameter arms with reduced stability | Robust construction minimizes vibration during precision work and manipulation |
| Total Magnification Range | 6.5X to 65X continuous range | Comparable models may offer narrower ranges or require objective changes | Continuous magnification enables seamless examination from overview to detailed analysis |
The BM-9T offers extended working distance and zoom range capabilities designed for applications requiring specimen manipulation space and magnification flexibility. The dual LED illumination system and robust mechanical design support extended use in research environments requiring both overview and detailed examination capabilities.
Practical Tips
Regularly check zoom parfocality by focusing at minimum magnification and verifying focus retention across the zoom range.
Why: Maintains consistent specimen focus during magnification changes and indicates when mechanical adjustment may be needed.
Clean optical surfaces with lens tissue and appropriate cleaning solutions, avoiding excessive pressure on zoom mechanisms.
Why: Preserves optical quality and prevents damage to precision zoom components during routine cleaning.
Use yellow LED illumination for low-contrast specimens and extended observation periods to reduce eye fatigue.
Why: Yellow light enhances contrast for many biological specimens and is less fatiguing during long examination sessions.
If zoom operation becomes stiff, consult service documentation before applying excessive force to mechanical components.
Why: Zoom mechanisms contain precision components that can be damaged by forceful operation when lubrication or adjustment is needed.
Adjust interpupillary distance carefully to achieve proper stereoscopic fusion before beginning detailed examination work.
Why: Proper binocular alignment is essential for accurate depth perception and reduces eye strain during extended use.
Allow LED illumination to cool before handling the microscope head and avoid looking directly at high-intensity LED sources.
Why: LEDs can generate heat during extended use and high-intensity illumination can cause eye discomfort or damage.
Position specimens near the center of the field of view for optimal optical performance across the zoom range.
Why: Central positioning minimizes optical aberrations and maintains consistent illumination as magnification changes.
Store the microscope with dust cover and ensure stage plates are clean and properly seated before use.
Why: Prevents contamination of optical components and ensures stable specimen positioning during examination.
Setup Guide
What’s in the Box
- Stereo zoom microscope main unit
- Focus arm assembly with base
- Dual LED illumination system
- Black/white stage plate
- Eyepieces with adjustable interpupillary distance
- Power adapter and cables
- User manual and alignment tools (typical)
- Dust cover (typical)
Warranty
ConductScience provides a one-year manufacturer warranty covering optical and mechanical components with technical support for setup and operational guidance.
Compliance
What is the effective magnification range for detailed cellular work?
The microscope provides 6.5X to 65X total magnification through the zoom system, with the higher magnifications (40X-65X) suitable for cellular detail examination while maintaining stereoscopic depth perception.
Can the working distance accommodate micromanipulation equipment?
Yes, the 255mm working distance provides sufficient clearance for micromanipulators, dissection tools, and electrode placement while maintaining optical access to the specimen.
How does the dual LED system improve specimen visualization?
Yellow LED illumination enhances contrast and reduces eye strain for extended observation, while white LED provides accurate color reproduction. Independent brightness control optimizes illumination for different specimen characteristics.
What specimen size limitations exist with this microscope?
Specimen size is limited by the stage area and the field of view at minimum magnification (6.5X), with the 255mm working distance accommodating moderately large specimens and preparation dishes.
Is the zoom mechanism parfocal across the magnification range?
The zoom system maintains focus consistency during magnification changes, though fine focus adjustment may be needed for optimal resolution at different zoom settings.
Can additional accessories be mounted to the microscope?
The standard design accommodates typical stereo microscope accessories, though specific mounting options should be verified based on the 76mm focus arm diameter and mechanical interfaces.
What maintenance procedures are required for the LED illumination?
LED systems require minimal maintenance but should be kept clean and free of dust. Brightness settings should be optimized to extend LED lifespan while providing adequate illumination.
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