Levenhuk 50L NG Azure Microscope – 1280x, Dual LED, Teaching Kit

Overview

Meet the Levenhuk 50L NG Azure Microscope, a rugged and visually distinctive instrument designed to withstand daily classroom use while supporting curious minds. Crafted with metal components for durability, it combines reliable optics with flexible lighting and a versatile magnification range. The head rotates for ergonomic viewing, and magnification from 40x to 1280x is achieved through a thoughtful mix of objectives, eyepieces, and a 2x Barlow lens.

Why this microscope helps learning

Two LED illumination systems light both transparent and opaque samples, enabling a wider array of explorations without complicated adjustments. The smooth focusing mechanism and a stage with clips make it easy to center specimens and observe fine details. The bright, multi-coated optics help reduce glare across magnifications, aiding clearer observations.

• Magnification 40x to 1280x with 4x, 10x, 40x objectives, plus 10x and 16x eyepieces and a 2x Barlow lens
• Two LED illumination options (upper and lower) for versatile sample viewing
• Sturdy metal construction and a protective carrying case for transport and storage

What’s in the kit

The package goes beyond the core microscope to provide a comprehensive set of accessories that support biology practice and simple experiments. It combines practical tools with learning aids to help students and independent researchers explore more confidently.

• Microscope with built-in lower LED and retractable upper LED lighting
• Objectives: 4x, 10x, 40x; Eyepieces: WF10x, WF16x
• 2x Barlow lens, Disc diaphragm, Stage with clips
• AC adapter (110V, 50 Hz) and a sturdy plastic carrying case
• User manual and a learning guide with a lifetime warranty
• Forceps, brine shrimp hatchery, microtome for slicing, and starter supplies
• Five prepared specimens and five clean slides to begin practicing

Practical uses

Designed with biology education in mind, the Levenhuk Azure also serves as a capable tool for home science projects. Its robust build, wide magnification, and flexible lighting invite classroom demonstrations, independent investigations, and project-based learning. While outcomes vary by task, the instrument affords opportunities to observe cells, tissues, and tiny organisms with clarity—without guaranteeing any specific results.