Research Trinocular Microscope model prime-T

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Research Trinocular Microscope model prime-T

Name: Research Trinocular Microscope model prime-T
Brand: B L SCIENTIFIC INSTRUMENTS CO.
Price: 57400 INR
Availability: InStock

Price 57400 INR/ Piece

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MOQ : 10 Pieces

Research Trinocular Microscope model prime-T Specification

Focus System
Coarse and fine coaxial focusing

Spare Parts
Replacement objectives, eyepieces, bulbs, fuse

View Head
Trinocular head, 30° inclined

Features
Anti-fungal coating, ergonomic design, precise focusing

Theory
Brightfield, Darkfield, Phase Contrast (Optional)

Drawtube
Trinocular, 30° inclined, 360° rotatable

Sensor
CMOS sensor (when attached with digital or camera)

Resolution
Up to 5.0 MP (with digital camera attachment)

Interface
USB 2.0 (when attached with camera)

Frame Rate
Up to 30 fps (with camera)

Focal Distance
160 mm (Standard), Infinity Corrected System (Optional)

Magnification
40x to 1000x (Standard); expandable with additional objectives/eyepieces

Dimensions
Approx. 430 mm (H) x 270 mm (W) x 210 mm (D)

Focus Range
Up to 20 mm

Eyepieces
Wide Field 10x/18 mm, paired

Eyepiece Tube
Interpupillary distance adjustable from 55 mm to 75 mm

Illumination
Halogen 6V/20W, Adjustable brightness

Coarse Adjustment Range
30 mm

Fine Adjustment Range
0.002 mm per division

Working Stage
Double layer mechanical stage, 140 mm x 140 mm

Still Image Capture Resolution
Up to 2592 x 1944 pixels (with digital camera)

Video Capture Resolution
1280 x 720p (with camera)

Image Format
JPEG, BMP (with camera attachment)

Interpupillary Distance
55 mm to 75 mm

Objective Achromatic
4x, 10x, 40x (S), 100x (S, Oil Immersion)

Condenser
Abbe condenser, NA 1.25 with iris diaphragm

Light Source
Halogen lamp, 6V/20W

Stage Movement
75 x 50 mm mechanical movement, low position coaxial controls

Applicable Standards
CE, ISO certified

Body Material
Die-cast aluminum, anti-corrosive coating

Weight
Approx. 7 kg

Voltage
220V/50Hz or 110V/60Hz adaptable

Color
White (standard)

Nosepiece
Quadruple revolving nosepiece

Revolving Stage
360 rotatable

Diopter Adjustment
On left eyetube

Dust Protection
Sealed focusing and mechanical parts

Research Trinocular Microscope model prime-T About

Ergonomic designed SingleMold Low Drive Coaxialmechanismfor comfortable basedonballbearingandwireguides

Viewing Bodies SideNTopButer ytype 30 inclined BinocularTrinocular observation HeadIncorporated with anti fungus coated anti reection coated Prisms Rotatable to 360 with inter pupillary

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CondenserPre centered Abbecondenser NA 125 with aspheric lens with Iris diaphragm Built in swingout lter holder with lter arrangement to adopt darkeld phase contrast Simple polarizer unit updownmovementthroughrackpiniononstainlesssteelguides

IlluminationHeavyrectangular sturdy base with built in LED Illumination Battery backupoptional or 6v20 halogen lamp withField diaphragm arrangement to hold lter onoff switchcontinuouslyvariablelightintensitycontrolledregulatorquickchangebulbprovisionworkableon110240v50HzAC

PackingcompletewithdustercoverNecessarycordscablesinstructionmanual

Precision Imaging and Ergonomics

The prime-T features an ergonomic design with 30 inclined, 360 rotatable trinocular head, and wide field optics for detailed specimen analysis. Achromatic objectives and phase contrast options ensure high-clarity imaging, while the robust build guarantees durability. These elements combined offer superior user comfort and consistent performance.

Versatile Digital Integration

Digital adaptability is central to the prime-T, supporting CMOS sensors and digital cameras for real-time observation and documentation. With resolutions up to 5.0 MP and a USB 2.0 interface, users can capture high-quality stills and videos in multiple formats, facilitating seamless data sharing and collaboration in modern labs.

Reliable Mechanics and Illumination

The microscope incorporates a smooth, double-layer mechanical stage with a 75 x 50 mm travel range, precise coarse and fine coaxial focusing, and halogen illumination with adjustable brightness. The anti-fungal, anti-corrosive body and sealed moving parts enhance longevity and maintain performance even in challenging environments.

FAQs of Research Trinocular Microscope model prime-T:

Q: How does the prime-T Research Trinocular Microscope facilitate precise stage movement and focusing?

A: The microscope utilizes a double-layer mechanical stage with 75 x 50 mm movement range and low-position coaxial controls for accurate and ergonomic sample adjustment. Coarse (30 mm) and fine (0.002 mm per division) coaxial focusing knobs enable precise focusing, crucial for detailed observation and imaging.

Q: What digital imaging capabilities does the prime-T offer when connected with a camera?

A: When a compatible digital camera is attached, the prime-T supports CMOS sensor imaging with resolutions up to 5.0 MP, still image capture up to 2592 x 1944 pixels, video capture at 1280 x 720p, and a frame rate of up to 30 fps. The USB 2.0 interface ensures straightforward image and video transfer.

Q: When should users consider using the optional phase contrast feature?

A: Phase contrast is recommended for viewing transparent or colorless specimens, such as living cells, without staining. This optional feature enhances contrast, enabling detailed visualization of internal structures, making it invaluable in cell biology, microbiology, and medical research laboratories.

Q: Where is the prime-T commonly utilized and what standards does it comply with?

A: The microscope is widely used in academic institutions, clinical laboratories, and research facilities. It meets CE and ISO certifications, ensuring compliance with international quality and safety standards.

Q: What is the process for adjusting ergonomics to different users on the prime-T model?

A: Users can customize the interpupillary distance from 55 mm to 75 mm on the wide field eyepiece tube and adjust the diopter on the left eyetube for individual visual requirements, ensuring comfortable and strain-free viewing during extended sessions.

Q: How does the anti-fungal and anti-corrosive coated body benefit users in a laboratory environment?

A: These coatings protect the microscope from common laboratory hazards such as moisture and chemical exposure, reducing maintenance needs, extending operational lifespan, and preserving optical clarity even in high-use settings.

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