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Trinocular Research Microscope

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MOQ : 01 Piece

Trinocular Research Microscope Specification

Spare Parts
Fuse, lamp, eyepiece, objective

Features
Ergonomic design, stain-resistant finish, anti-fungal optics

View Head
Trinocular, inclined at 45, 360 rotatable

Focus System
Coaxial coarse & fine focusing mechanism

Theory
Optical microscope with trinocular head for research laboratory use

Drawtube
Trinocular, 360 rotatable

Sensor
Not Applicable (depends on camera attached)

Resolution
Up to 1000X optical (additional digital resolution if camera used)

Interface
Eyepiece viewing and camera port

Frame Rate
Depends on cameratypically up to 30fps

Focal Distance
Standard for lab microscopes, approx. 195mm tube length

Magnification
40X 1000X (using objective and eyepiece combinations)

Dimensions
Approx. 400 x 250 x 160 mm

Focus Range
Coarse and fine focusing, up to 20mm movement

Eyepieces
WF10X and WF20X (wide field)

Eyepiece Tube
Inclined 45, compatible with camera adapter

Illumination
Built-in adjustable LED or halogen illumination system

Coarse Adjustment Range
Approx 15mm (varies by model)

Fine Adjustment Range
Approx 0.002mm precision

Working Stage
Mechanical stage, double layer, size approx. 140x130mm

Still Image Capture Resolution
Camera dependentcommonly 1.3MP to 5MP

Video Capture Resolution
Camera dependentAVI/MPEG formats, up to 1080p

Image Format
Depends on attached camera, typically JPEG/PNG and video formats

Interpupillary Distance
55-75mm adjustable

Objective Achromatic
4X, 10X, 40X(SL), 100X(SL) oil immersion

Condenser
Abbe condenser, N.A. 1.25 with iris diaphragm

Light Source
6V/20W halogen or LED illumination

Application
Pathology, biology, laboratory research, academic use

Diopter Adjustment
Available on left eyepiece

Nosepiece
Quadruple revolving nosepiece with ball bearings for smooth rotation

Stage Clips
Provided for easy slide positioning

Body Material
Metal die-cast body for heavy-duty

Optical System
Infinity-corrected optical system

Power Supply
AC 220V/50Hz or 110V/60Hz

Stage Movement
X-Y mechanical stage movement, 75x50mm travel range

Voltage Range
Wide voltage tolerance, 90-240V

Dust Cover
Supplied with every unit

About Trinocular Research Microscope

Stand : Rigid & Heavy single mold aluminum die-cast stand. Observation Head : BINOCULAR head inclined at 45 and rotatable in 360 fitted with highest quality prism to ensure highly accurate collimation for stain free observation. Eyepiece : KEOWA H6x and HKW 10x (paired) focusable, lockable, anti-fungal eyepieces with foldable eyeguards. Nosepiece : QUADRUPLE ball bearing revolving nose piece with POSITIVE click stop & rubber grip. Objectives : KEOWA Achromatic objectives 4x/NA 0.10, 10x/NA 0.25, 40x/NA 0.65(SL) and 100x/NA 1.25(SL) Oil imm. Stage: RECTANGULAR stage of size 120x140mm with graduated low positioned co-axial controls for X & Y movement. Focusing : SEPARATE coarse and highly sensitive graduated fine focusing knobs reading upto 0.002mm and Slide Safety topper. Condenser : Substage condenser NA 1.25 fitted with iris diaphragm and swing out filter holder with blue filter moving up and down through rack and pinion mechanism. Illumination : Halogen 6V-20W illumination with central knobs for LOW/MED./ HIGH illumination. Upto 2,000 hours of Halogen Lamp life. Universal input 100V - 240V AC, 50/60Hz. Packaging contents : Packed in shockproof Styrofoam molded box or in a plywood cabinet having provision for placing eyepieces, objectives. Nylon Dust cover. Detachable power cord and 3 pin-plug. Accessories (optional) Dark field and phase contrast kits. Warranty Information 2 Years parts. 3 years KEOWA optics

Precision Optics for Advanced Research

Equipped with an infinity-corrected optical system, this microscope ensures sharp, high-resolution images at magnifications ranging from 40X to 1000X. Its achromatic objectives and wide-field eyepieces support detailed viewing, making it ideal for rigorous academic and laboratory work.

Durable and User-Friendly Construction

The metal die-cast body guarantees durability, while ergonomic design features such as a 45 inclined, 360 rotatable trinocular head, and double-layer mechanical stage enhance user comfort. Anti-fungal optics and a stain-resistant finish ensure minimal maintenance and long-lasting performance.

Versatile Illumination and Power Options

Enjoy flexibility with built-in adjustable LED or halogen illumination and a wide voltage tolerance (90-240V), accommodating diverse laboratory settings. The microscope comes supplied with essential accessories including a dust cover, spare parts, and camera-compatible features for imaging.

FAQs of Trinocular Research Microscope :

Q: How do I attach a digital camera to the trinocular head of this microscope?

A: The microscopes trinocular head includes a dedicated camera port compatible with various adapters. Simply connect your camera via the appropriate adapter, ensuring it matches the trinocular tube specification, to capture or record images and videos directly through the optical path.

Q: What applications is this microscope best suited for?

A: This model is ideal for pathology, biological research, academic studies, and laboratory analysis. Its high magnification range, ergonomic build, and coaxial focusing allow for precise sample observation and documentation in educational and professional settings.

Q: When should I use the oil immersion objective?

A: The 100X(SL) objective is designed for oil immersion. Use it when examining specimens requiring high magnification and fine detail, such as cellular structures in pathological slides. Always use immersion oil for proper resolution and avoid damage by cleaning thoroughly after use.

Q: Where can I adjust the interpupillary distance and diopter settings?

A: Interpupillary distance can be adjusted between 55-75mm on the binocular eyepiece tubes, ensuring comfort for different users. Diopter adjustment is available on the left eyepiece, enabling compensation for vision differences between eyes.

Q: What benefits does the infinity-corrected optical system offer?

A: Infinity-corrected optics minimize aberrations and provide crisp, flat-field images across the field of view. This system supports advanced imaging, compatibility with additional accessories, and consistent high-quality observation needed in research environments.

Q: How do I maintain the microscope for optimal longevity?

A: Keep the microscope covered with the supplied dust cover when not in use, periodically clean the optics with proper lens tissue, and avoid direct contact with dust or reagents. Regularly check and replace consumables like bulbs or fuses as necessary.

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