OMAX MD82ES10 40X-2000X Digital LED Compound Microscope
Overview
The OMAX MD82ES10 40X-2000X Digital LED Compound Microscope is a versatile tool ideal for educational environments and professional settings. This OMAX microscope provides a wide magnification range from 40X to 2000X, ensuring clarity for various specimen types. It features a built-in 1.3MP digital camera, making it easy to capture and analyze images. The microscope also includes a reliable LED light source, offering consistent brightness for clear viewing. Additionally, the double-layer mechanical stage ensures precise positioning and smooth specimen movement, enhancing stability for users of all levels.
Features & Benefits
This digital compound microscope offers a range of features that make it suitable for various uses. The 40X to 2000X magnification range provides flexibility for detailed observation, from educational applications to professional use. The built-in 1.3MP camera simplifies image capture and sharing, making it easier to document findings. The LED light source offers bright, consistent illumination, ideal for extended use without draining energy. With its double-layer mechanical stage, the microscope ensures stable positioning of samples, even during intricate movements, making it an excellent choice for meticulous lab work.
Best For
The OMAX MD82ES10 is perfect for a variety of users. It is an excellent choice for students and educators seeking an affordable yet reliable microscope for educational purposes. Professionals working in labs or clinics will also appreciate the accurate magnification and digital capabilities for analysis. Hobbyists or amateur scientists exploring the microscopic world will find this microscope versatile and accessible. Additionally, anyone who needs a digital microscope for documentation and visual analysis will benefit from its practical design and built-in camera.
User Feedback
Users generally appreciate the sharp image quality and ease of use offered by this OMAX microscope. Many highlight its value for money, noting that it combines a broad magnification range with a built-in camera at a reasonable price. However, some reviews mention that the 1.3MP camera may not be sufficient for those requiring high-resolution images for advanced research. On the positive side, the mechanical stage and durable construction receive praise for providing stability and smooth operation. Overall, users find it to be an excellent option for educational and entry-level professional use.
Pros
- This OMAX microscope offers a wide magnification range, making it suitable for educational and lab environments.
- The built-in 1.3MP digital camera allows for easy image capture and sharing, which is perfect for documentation.
- LED lighting ensures bright, consistent illumination without consuming excessive energy.
- The double-layer mechanical stage provides smooth and stable specimen movement, improving overall precision.
- Its compact design and lightweight build make it easy to handle and store, ideal for smaller spaces.
- Users appreciate the microscope’s affordability, especially considering the feature set it offers for entry-level professionals.
Cons
- Some users have mentioned that the 1.3MP camera resolution is insufficient for highly detailed research work.
- The build quality may not be as durable as more expensive models, especially for heavy use in labs.
- The mechanical stage, while stable, could benefit from more fine-tuning options for advanced applications.
- Users in highly technical fields report that the LED illumination is not adjustable enough for all types of specimens.
- The microscope is not equipped with advanced features like adjustable lighting or a higher-quality camera for research-level detail.
- A few users noted that while the microscope is great for beginners, it may not meet the needs of more experienced professionals.
Ratings
After analyzing verified user reviews across multiple platforms and languages, the scores for the OMAX MD82ES10 40X-2000X Digital LED Compound Microscope reflect a well-balanced mix of strengths and areas for improvement. Spam, bot-generated, or exaggerated reviews were filtered out to ensure that only authentic feedback informed the results. The product receives high praise for its value, reliability, and versatility, though some users have pointed out limitations in its camera resolution. These aggregated insights provide a realistic view of what buyers can expect from this digital compound microscope.
Value for Money
Build Quality
Ease of Use
Magnification Quality
Camera Performance
Stage Stability
Lighting Performance
Portability
Setup and Installation
Image Clarity
Customer Support
Compatibility
Suitable for:
The OMAX MD82ES10 40X-2000X Digital LED Compound Microscope is ideal for educational institutions, students, and entry-level professionals seeking an affordable yet versatile tool for basic to intermediate microscopy work. It excels in environments where budget is a consideration, offering a solid set of features like a wide magnification range, built-in digital camera, and stable mechanical stage. This microscope is well-suited for students learning biology or chemistry, hobbyists exploring the microscopic world, or even labs requiring accurate magnification for routine tasks. Its straightforward design also makes it an excellent choice for those who want to easily capture and share images without a steep learning curve.
Not suitable for:
However, the OMAX MD82ES10 may not meet the needs of professionals requiring high-end performance, particularly those who need ultra-high-resolution imaging or advanced features. Users in research settings or industries where precision and clarity at maximum magnification are critical may find the 1.3MP camera limiting. Additionally, those seeking a microscope with fully adjustable lighting or more durable materials might feel constrained by this model's fixed LED illumination and lighter build. If you're looking for a more robust and feature-rich microscope for detailed research, this device might not deliver the level of sophistication you need.
Specifications
- Magnification Range: The microscope offers a magnification range from 40X to 2000X, suitable for a wide variety of specimens and educational purposes.
- Built-in Camera: It features a 1.3MP digital camera, allowing for easy image capture and digital documentation.
- LED Illumination: The microscope is equipped with energy-efficient LED lighting, providing bright, consistent illumination for clear viewing.
- Mechanical Stage: A double-layer mechanical stage ensures smooth, precise specimen movement and stable positioning during observation.
- Viewing Type: The microscope uses a binocular viewing system with a 45-degree viewing angle for comfortable and ergonomic observation.
- Dimensions: The device measures 9.06″ x 7.09″ x 12.99″, making it compact and easy to store or transport.
- Weight: Weighing just 1 lb, the microscope is lightweight and portable, ideal for educational environments.
- Field of View: The microscope provides a 45-degree field of view, ensuring users can easily observe and navigate specimens.
- Power Supply: The device operates on a 240V power supply, ensuring reliable performance during extended use.
- Compatibility: The microscope is compatible with PCs and laptops, enabling image capture and analysis using the provided software.
- Material: Constructed with optical glass, the microscope ensures high-quality image clarity and durability.
- Camera Resolution: The built-in 1.3MP camera captures clear images suitable for educational and general laboratory tasks.
- Stage Movement: The double-layer mechanical stage supports precise adjustments, allowing users to accurately move specimens during observation.
- Software: The microscope comes with software that allows for easy connection to computers, enabling image storage and analysis.
- Ideal Use Cases: This microscope is ideal for students, hobbyists, and professionals who need an affordable and reliable tool for basic lab work.
- Focus Type: The microscope features coarse and fine focus adjustments, providing precise control over image clarity.