Eyepiece Wide Field Eyepiece Wf 10X/16mm Paired
Viewing Body Binocular Tube, 45 deg Inclined, 360 deg Rotatable
Wide Range of Applications
Monocular Viewing
Easy to Use & Reliable Performance
Anti-Reflection Coated Prism
Anti-Fungus Treatment
Enhanced Optical Performance
Iron Compound Construction for Durability
Achieves a High Standard of Optical & Mechanical Quality, High...
2 in1 Usb Plug & Great Compatibility
Built-in 8 Led Lights that Can Be Dialed Through A
Quadruple revolving nosepiece (fixed)
Abbe condensor N.A. 1.25 (oil immersion), with aperture iris diaphragm
Slide and Objective Protection Via Upward Stage Stopper
High Quallity Quadruple Nosepiece with Positive Click Stops
Reliable Performance
Heavy Body with Hinged Type
Reliable Performance
Quality Product
Adjust the Brightness According to the Light Intensity
Easy to Use, Mini Size & Rechargeable & Wide Compatibility
High Quality Products Are Used in Manufacturing
Easy to Use
Includes a Blank Slide Kit for Convenient Sample Preparation
LED Lamp with Batteries for Adjustable Illumination
Eye pieces: 10 W.F, 15x E P
Stage: Full square stage 120x 120 mm size with spring
Trinocular Compound Microscope Stand L-Shaped Sturdy Stand with Anti-Rust Materials
Viewing Body Trinocular Tube 45 deg Inclined, 360 deg Rotatable
Viewing Body:�Binocular Tube 30� Inclined, 360� Rotatable
Stand: Single Mold Sturdy Stand with Anti-Rust Materials. Extended Base
Suitable to Operate on 220-240 V Ac Single Phase Supply
Semi-Plan Achromatic Objectives 4X, 10X, 40X (Plan)
Anti-Fungal Optics
Plan Superior Imaging
Binocular Compound Microscope Stand L-Shaped Sturdy Stand with Anti-Rust Materials
Viewing Body Binocular Tube: 45 deg Inclined 360 deg Rotatable
Viewing Body Trinocular Tube 45 deg Inclined, 360 deg Rotatable
Trinocular Compound Microscope Stand L-Shaped Sturdy Stand with Anti-Rust Materials
Sidentopf Head
Available in Led, Halogen & Battery Back-Up Variants
Illumination Substage Mirror Attachment & Optical Tube Monocular
Objectives 4x, 10x & 40x Spring Loaded
Achromatic Objectives 4X/NA 0.10, 10X/ NA 0.25, 40X/NA 0.65 (Sl),
Viewing Body Binocular Tube, 45 deg Inclined, 360 deg Rotatable
Binocular Microscope; Stand: Single Mold Sturdy Stand with Anti-Rust Materials;...
Upto 50000 Hours of Led Life
High performance aspheric lenses in the abbe condenser & light
Rackless stage for durability and ease of use
Movable Abbe Condenser 1.25NA, adjustable iris diaphragm
interpupillary distance adjustment ring 54-74 mm
Step up to Higher Performance with the Olympus UIS2 Infinity...
SMPS circuit for constant voltage output. Rackless stage for durability
Semi-Plan Achro Objectives
High Quality Wide-Field Pairs Of 10X & 15X Anti-Fungal, Anti
Electrical: Input 200V-240V Ac
Focusing: Co-Axial Coarse and Fine Focusing on Ball Drive System
High-Quality Lenses & Optics for Clear & Crisp Imaging
A Mechanical Stage with Controls for Easy & Precise Movement
High Quality Wide-Field Pairs Of 10X & 15X Anti-Fungal, Anti
High Quality Semi-Plan Achro Brass Objectives with a Great Imaging
Easy Access For Lamp Replacement
Quadruple Ball Bearing Nosepiece
10X Wide-Field & 15X Wide-Field Eyepieces with 10X, 45X &
Big Binocular Observation Head with Coated & Well Collimated Prisms
Advance Quadruple Ball Bearing Revolving Nose Piece with Positive Click
A microscope is a device that magnifies a view of a specimen or object, enabling the observer to see fine details at a size suitable for study. Research applications for microscopes range from particle analysis and material characterization to manufacturing failure analysis and process control. It is a standard tool in academic and research institutions and many other sectors, including semiconductor technology, medical services, food and beverage, chemical, automotive, aviation, paint and coating, plastic, and environmental fields.
Many different microscopes have been developed and put out there for use in various fields. The capacities, capabilities, and features of each microscope vary widely. Consequently, deciding which microscope is best for your lab's workflow and applications may be a mind-boggling experience when making a purchase.
Light Microscopes: The most common kind of microscope, light microscopes depend on lenses and light to illuminate a specimen for the best picture capture. They may study live cells, insects, specimens that have been dissected, and clinical blood and tissue samples.
Compound Microscopes: Compound microscopes are used worldwide in schools and labs. They are desktop-sized, portable, affordable, and user-friendly. Their light source is located at the bottom, and light must go through the specimen to reach the microscope's lenses to illuminate the specimen completely. Typically used to investigate materials at the cellular level, these instruments may magnify objects up to 1,000 times.
Stereoscopic Microscopes: Stereoscopic microscopes are used in labs and educational institutions. The specimen is illuminated by a light source on top of a stereoscopic microscope, generating a reflection in the microscope lens. With a maximum magnification of around 50x, it is easier to view opaque, larger things up close. Layered imaging, an improvement over flat imaging in a compound scope, is achieved by two light channels within the microscope tube. These are used for dissection, coin evaluation, gem and mineral examination, and entomology.
Electron Microscopes: An electron microscope produces a picture without using light. This kind of microscope uses accelerated electrons to create a digital picture. These powerful microscopes are used to investigate cellular and macroscale structures.
Confocal microscopes: Confocal microscopes use lasers to generate high-resolution, elevated pictures. They may give sectional information (without dissection) to construct a 3D image by scanning the specimen. Biomedical scientists use confocal microscopes to fluoresce live cells or embryos. In general, their magnification range is 2000x.
Constructibility: There's a vast selection of microscopes made from plastic. Most have poor structure and poor optical quality. Buying from a reliable provider prevents this. Sturdiness is a crucial consideration when purchasing a microscope. This should be made of robust metal. A strong structure is vital since it is more durable than plastic.
Light source: Most microscopes feature a fluorescent, tungsten, or halogen light source. Fluorescent bulbs are more costly than tungsten. Their light is brighter and produces less heat than halogen or tungsten bulbs. Consider the light source while buying optical microscopes.
Optics: The quality of optics depends mainly on the objective lenses, not the eyepiece. Good objective lenses are achromatic. Wider eyepieces improve sight. Wide field (WF) or ultra-wide field eyepieces are good (SWF). Lens width decreases with magnification power.
Iris and Abbe condensers: When buying a compound microscope, check the condenser and iris diaphragm. The finest Abbe condenser is adjustable. The two are used to modify the microscope's base illumination. Some combination microscopes have an iris diaphragm and an Abbe condenser.
Mechanism stage: This is a valuable element of the microscope. High magnifications need a mechanical stage. With a solid mechanical stage, it's simpler to move the slide in an exemplary differential and track a moving creature.
Focus System: The focusing mechanism moves the stage. In addition to the coarse adjustment knob, a delicate adjustment mechanism is needed for the high-power application. Check knobs for backlashes. The fine adjustment knob must react adequately on both sides during observation.
Gemko Labwell: Gemko Labwell Microscopes deliver high-quality optics at a low price. The microscopes are made under ISO 9001 norms, pass stringent QC inspections in the US, and have a limited lifetime guarantee. NASA to nursery schools is among their industrial, educational, and clinical clientele. Gemko Labwell's 2011 industrial magnifiers redefined quality/value norms.
Magnus: Magnus is one of the greatest microscope brands. Magnus, one of the largest optical microscope manufacturers, produces instructional and highly configurable microscopes for lab, industrial, and research. Their portfolio includes metallurgical, polarising, upright, and RZ stereo microscopes. Gemology, forensics, geology, fossils, and dermatology use Magnus microscopes. Each Magnus microscope is inspected before leaving its production plant, assuring only the best reaches your school, lab, or factory.
Labomed: Labomed satisfies the demand for reliable optical and video inspection solutions for the PCB and electronics sectors. The company has gone a long way from its humble beginnings as a supplier of essential stereo zoom microscopes used for SMT inspection and revision of electromechanical and circuit board assemblies. Due to popular demand, trinocular microscopes and micro-video optics with CCTV camera systems have replaced traditional stereo microscopes as the gold standard for application analysis. Labomed offers high-quality, affordable microscopes for industrial, electronics, aerospace, and higher education applications.
Droplet: Droplet is firmly established in the world's academic, industrial, medical, and scientific communities. Droplet has combined 60 years of experience with optical microscopes, laparoscopic, and colposcopes. Droplet is well-known all over the world because of its affordable microscopes. High school and college students can choose modular microscopes, while medical professionals can use one of the many available surgical microscope systems.
A microscope is a crucial piece of scientific equipment for examining small, intricate details in specimens and other objects that are too small to be seen with the naked eye. It's not always easy to find appropriate microscopes needed at a medical facility. Moglix allows you to freely assess gadgets, technical knowledge, functioning, testing, and evaluations since they carry many different items. The Moglix website and brochures may give you an idea of the range of products they provide. Moglix sells only authentic, high-quality microscopes from every major manufacturer. Moglix offers the lowest pricing on a wide variety of things, and they will ship them to you wherever in India.
How are microscopes used in everyday life?
A microscope is an essential tool if you are studying science, observing cells and their structure. Well, this tool is not just used in labs but also used in many industries. They are also used for tissue examination, forensic analysis, understanding the atomic structure, and many more.
What type of lens is used in the eyepiece of the microscope?
In the eyepiece of a microscope, we find an ocular lens. These ocular lenses consist of three lenses, and also have a mechanism, called a field stop, that removes unnecessary reflected light and aberration.
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