Description

GHEXA-11.5121-M
GHEXA-11.5121-M is a complete, student-friendly monocular teaching microscope kit designed for hands-on learning in schools, colleges, universities, and introductory laboratory courses. This robust model includes wide-field WF10x and WF16x eyepieces, a quadruple achromatic objective turret (4x, 10x, 40x, 100x oil), large 115×125 mm mechanical stage with coaxial coarse & fine focusing, long-life LED illumination, a 0.3x C-mount for basic digital imaging, plus a valuable starter package: 10 prepared glass slides, a student experiment kit, and a protective hand-carry case — all packed securely in a carton for easy transport and storage.

Specifications

Key Applications & Uses

• Ideal for biology and life science teaching in high schools, junior colleges, and undergraduate university labs — perfect for observing prepared slides of plant/animal tissues, cells, microorganisms, and prepared specimens.
• Hands-on student experiments including microscopy basics, cell structure, mitosis/meiosis, bacteria staining, pond water organisms, and simple histological sections.
• Introductory laboratory practicals in microbiology, botany, zoology, and general science courses requiring clear, high-magnification viewing up to 1600× (with WF16x eyepiece).
• Basic digital documentation via the 0.3x C-mount — connect to affordable USB cameras or smartphone adapters for capturing images during practical sessions or reports.
• Portable use in mobile teaching setups, science fairs, outreach programs, or small training labs in educational institutions and coaching centers.

Why Choose from G-Hexa?

• Complete ready-to-use teaching kit — Comes with 10 high-quality prepared slides, a full student experiment kit, and a convenient hand-carry case, saving time and cost for educators setting up practical classes.
• Enhanced magnification flexibility — Dual WF10x and WF16x eyepieces provide 40×–1600× total magnification range, allowing detailed observation of fine structures without additional purchases.
• Modern LED illumination — Bright, cool, long-lasting LED with adjustable intensity ensures comfortable viewing, no heat damage to specimens, and low energy consumption.
• Student-optimized ergonomics — Coaxial coarse/fine focusing and large mechanical stage make operation intuitive and comfortable for young users during extended practical sessions.
• Portable & durable design — Lightweight (net 4 kg), compact carry case, and rugged construction withstand classroom handling and transport between labs or institutions.
• G-Hexa value & support — Affordable pricing, reliable after-sales service, 1-year warranty, and expert guidance for educators — perfect for outfitting multiple classrooms or upgrading existing teaching microscopes.

Frequently Asked Questions (FAQs)

Q: What is included in the experiment kit with GHEXA-11.5121-M? A: The kit typically contains additional blank slides, cover slips, simple stains (e.g., methylene blue, iodine), droppers, forceps, teasing needles, and basic instructions for common student experiments.

Q: Can I attach a digital camera to this microscope? A: Yes — it includes a 0.3x C-mount adapter for connecting compatible microscope cameras or USB eyepiece cameras, ideal for basic image capture in teaching environments.

Q: What is the highest magnification possible? A: With the WF16x eyepiece and 100x oil objective, you can achieve up to 1600× total magnification, suitable for observing bacteria, cell organelles, and fine details.

Q: Is the LED illumination rechargeable or only corded? A: The standard configuration uses a corded LED power adapter (100–240V). Some units may include rechargeable battery capability — confirm with G-Hexa at time of order if needed.

Q: Are the prepared slides high quality and labeled? A: Yes — the 10 included prepared slides are professionally stained, permanent mounts covering common teaching topics (e.g., onion epidermis, human blood, plant stem, insect parts), and clearly labeled.

Q: Is this microscope suitable for advanced research use? A: It is optimized for teaching and introductory lab work. For advanced research requiring plan objectives, infinity optics, or phase contrast, consider our higher-end models such as the trinocular series.