Globe Scientific iScope Trinocular Compound Microscope – EWF 10x Eyepieces, Oil Objectives, NeoLED Illumination

The Globe Scientific iScope trinocular microscope blends modern design with practical performance, delivering comfort and versatility for classrooms, labs, and research settings. Built with an ergonomic eye tube height and a spacious, rackless stage, it supports longer sessions and safer operation while keeping a tidy workspace.

Key features at a glance

• Eyepieces: EWF 10x/22mm for clear, wide-field viewing
• Optics: Quintuple nosepiece and a range of E-Plan IOS objectives (4x/0.10, 10x/0.25, S40x/0.65, S100x/1.25 oil)
• Condenser: Abbe NA 1.25 with iris diaphragm for brightfield imaging
• Stage: 156 × 138 mm conventional stage or 187/230 × 140 mm rackless stage with an integrated X–Y holding area
• Illumination: Diascopic 3W NeoLED with Köhler-style alignment and adjustable brightness
• Automation and power: iCare sensor for energy saving and a cable storage system
• Build and support: CE certified with a 10-year warranty on model EIS-1153-EPLI

Ergonomics that enhance everyday work

The iScope line emphasizes user comfort with height-adjustable eye tubes and a rotating 360° head for easy collaboration. The large, rackless stage design provides more working space and a straightforward slide handling workflow, helping reduce fatigue during longer sessions.

Why labs and classrooms choose iScope

Available in binocular and trinocular configurations, the iScope series supports a wide range of applications in life and biomedical sciences, higher education, and routine medical settings. Its compact footprint, robust construction, and streamlined cable management make it a practical choice for spaces with limited bench depth.

• Versatile optics: with oil immersion capability for high-magnification studies
• Bright, uniform illumination with energy-saving features
• Durable, CE-certified build backed by a long-term warranty

What’s included and how it helps you

From everyday observation to advanced imaging, the iScope is designed to support fundamental analysis and research tasks. The combination of high-quality objectives, a bright field condenser, and a stable, well-organized stage helps users focus on observing specimens rather than configuring gear.

Use cases span education labs, university teaching labs, and early-stage biomedical work where clear magnification, reliable illumination, and ergonomic handling are appreciated. While results depend on technique and sample quality, the system offers a solid platform for consistent imaging sessions and reproducible observations.