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Malaria Detection Microscope

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Malaria Detection Microscope Specification

View Head
Inclined monocular head

Focus System
Coaxial coarse & fine focus

Features
Portable design, Anti-fungal coated optics, Built-in illumination, Low power consumption

Spare Parts
Standard replacement kit included

Theory
Optical Microscopy for Malaria Parasite Detection

Drawtube
Monocular Body Tube, 160 mm Length

Sensor
High-precision CMOS

Resolution
1280 x 720 Pixels

Interface
USB 2.0

Frame Rate
30 fps

Focal Distance
0.3 mm - 1.8 mm

Magnification
40x, 100x, 400x

Dimensions
330 x 180 x 220 mm

Focus Range
0.6 mm - 2.2 mm

Eyepieces
10x Wide Field (WF10X)

Eyepiece Tube
Inclined at 45

Illumination
LED, Adjustable Intensity

Coarse Adjustment Range
Up to 20 mm

Fine Adjustment Range
Up to 2 mm

Working Stage
Mechanical Stage, 120 mm x 140 mm

Still Image Capture Resolution
2 MP

Video Capture Resolution
720p

Image Format
JPEG, BMP

Interpupillary Distance
54 mm 75 mm

Objective Achromatic
4x, 10x, 40x (Spring)

Condenser
NA 1.25 Abbe Condenser with Iris Diaphragm

Light Source
Bright Field LED, 0-100% adjustable

About Malaria Detection Microscope

Malaria Detection Microscope

SPECIFICATIONS:

Upgradeyour light microscope into an LED/ Halogen fluorescent microscope at a fractionof the cost use in the same way as a traditional fluorescent microscope. The LensAdvance fluorescent microscope attachment is a cutting-edge attachment designedto provide the many benefits of LED fluorescence microscopy to any lightmicroscope. LED fluorescence microscopy offers improved detection of manyinfectious diseases. Digital video and image capture is also available.

Featuresof Lens Advance System:

Convertsany conventional laboratory microscope into a low cost fluorescent microscope

Low costalternative to purchasing a traditional fluorescent microscope

Can beused in the same way as any traditional fluorescent microscope

Simplyattach the Lens Advance to the objectiveposition of your existing light microscope

Idealfor performing any fluorescent microscopy techniques in the field

Advancecan also perform:

Accuratelyidentify species including filarial in blood (using the Q BC Malaria Tube)

DetectMalaria, TB, Trypanosomes and other blood-borne parasites

Quantifythe level of parasitaemia

Performtests for:

Chlamydia,ANA, PCP, CMV: Acid-fast bacilli in sputum, urine

Quickcell count with two part differential count

Plateletcounts for monitoring dengue patients

Identifiesthe need for, and the most appropriate treatment

Can beused in the laboratory or the field

Objective	DIN Fluorescent Lens Long working Distance Achromatic objective 62X (N.A. 0.85, W.D. 4.1mm), antifungal and anti reflection coated.
Illumination	External illumination 3W Cool Light LED 3.3V with variable control. Up to 100,000 hours of LED life.
Electronics	Input 220V AC, 50/60 Hz.
Battery back-up	OPTIONAL Chargeable battery back-up 6V, 1.2Ah, Approx. 8 hrs, if fully charge.

Optional Accessories	30 Trinocular Head, Digital USB Cameras (1.3MP,3MP, 5MP, 14MP) with in-built adaptors and DSLR Cameras with adaptors, MCFL-550, High Performance 5.0 MP for Fluorescence.

High-Precision Optical Detection

This microscope utilizes a high-precision CMOS sensor and achromatic objectives (4x, 10x, 40x spring) to deliver crisp visuals, making parasite identification straightforward and reliable. Its monocular tube, inclined at 45, ensures comfortable, prolonged use while the mechanical stage allows for exact sample manipulation.

Flexible and Secure Laboratory Solution

Engineered for adaptability, the microscope is compatible with both Windows and Mac OS, facilitating easy image capture and documentation. A universal power adapter supports global operation, and the inclusion of a security lock slot protects your investment in busy laboratory environments.

Designed for Ease and Reliability

With its portable design and anti-fungal coated optics, this microscope is ideal for use in challenging environments. An adjustable bright-field LED offers low-power, cool illumination, while standard accessories like immersion oil, sample slides, and a dust cover ensure immediate usability after setup.

FAQs of Malaria Detection Microscope:

Q: How does the malaria detection process work using this microscope?

A: The microscope uses optical microscopy with achromatic objectives and LED illumination to visualize malaria parasites in prepared slides. Its high-precision CMOS camera enables detailed observation, making accurate detection possible even for minute samples.

Q: What accessories are included for initial setup and use?

A: The microscope comes complete with a universal AC power cord, dust cover, user manual, standard sample slides, immersion oil for the 40x oil-immersion objective, and a standard replacement parts kit to ensure seamless setup and immediate operation.

Q: When can I use the camera function, and what formats are supported?

A: The camera function, supported via USB 2.0, can be used whenever connected to Windows or Mac OS computers for live imaging or documentation. Still images can be captured in 2 MP resolution as JPEG or BMP files, and videos at 720p with a frame rate of 30 fps.

Q: Where can this microscope be efficiently operated?

A: It is suitable for laboratories and clinics operating within an environment of 0C to 40C and up to 80% relative humidity. The portable and robust design makes it excellent for field, point-of-care, or stationary lab use.

Q: What are the benefits of the anti-fungal optics and security lock?

A: The anti-fungal optical coating preserves lens clarity in humid or tropical regions, ensuring long-term accuracy and minimal maintenance. The built-in security lock slot helps safeguard the equipment from theft in busy facilities.

Q: How is focusing achieved and what is the focal adjustment range?

A: Focusing is managed using a coaxial coarse and fine focus system, with coarse adjustment up to 20 mm and fine adjustment up to 2 mm. This enables precise visualization of malaria parasites at various magnifications, especially critical for parasite detection.

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