Euromex iScope Materials Science / Metallurgical Upright Microscope
The Euromex iScope Materials Science / Metallurgical Upright Microscope is a precision reflected-light microscope designed for metallurgical inspection, materials science analysis, and industrial quality control. Built around a rigid mechanical frame and an infinity-corrected optical system, the iScope delivers high-contrast, distortion-free imaging of opaque samples such as metals, alloys, coatings, and polished cross-sections.
This configuration is equipped with EWF 10×/20 mm eyepieces (30 mm tube) and a trinocular Siedentopf head with 30° inclined tubes, allowing comfortable extended observation and seamless camera integration. Interpupillary distance is adjustable from 48–76 mm, with independent diopter adjustment on both eyepieces to ensure precise viewing for multiple users.
The microscope features a revolving quintuple reversed nosepiece mounted on ball bearings for smooth, accurate objective changes. Supplied Plan PLMi IOS objectives (5×/0.12, 10×/0.25, 20×/0.40, and 50×/0.70) provide flat-field, high-resolution imaging optimized for metallurgical reflected-light applications. All optical components are anti-fungus treated and anti-reflection coated to maximize light throughput and long-term reliability.
Sample handling is supported by a 150 × 140 mm stage equipped with an integrated 78 × 53 mm mechanical stage. The stage is supplied with both a metal insert and a transparent glass insert, offering flexibility for a wide range of sample sizes and preparation methods.
Illumination is provided by a 3 W NeoLED™ Köhler system, delivering uniform, stable brightfield illumination with long service life and consistent color temperature. Reflected illumination includes a 0–90° rotatable polarizer for enhanced contrast and polarized-light examination. The system is complemented by an iCare Sensor, which automatically switches off illumination when the user steps away, reducing energy consumption and extending LED lifetime.
Designed for daily professional use, the iScope incorporates precise focusing mechanics, ergonomic controls, and durable finishes. A Paint with Antibacterial Protection Layer and the integrated CSS Cable Storage System further enhance usability and cleanliness in laboratory and industrial environments.
Key Features
- EWF 10×/20 mm eyepieces (30 mm tube)
- Trinocular Siedentopf head with 30° inclined tubes
- Interpupillary distance 48–76 mm with diopter adjustment on both eyepieces
- Revolving quintuple-reversed nosepiece on ball bearings
- Plan PLMi IOS objectives: 5×/0.12, 10×/0.25, 20×/0.40, 50×/0.70
- Anti-fungus treated and anti-reflection coated optics
- 150 × 140 mm stage with integrated 78 × 53 mm mechanical stage
- Supplied with metal and transparent glass stage inserts
- Height-adjustable Abbe condenser, N.A. 1.25, with slider opening
- Coaxial coarse and fine focus with 1 µm precision and rack-stop protection
- 3 W NeoLED™ brightfield Köhler illumination (diascopic), internal 100–240 V power supply
- NeoLED™ reflected illumination with external 100–240 V power supply and 0–90° polarizer
- iCare Sensor for automatic illumination shut-off
- CSS Cable Storage System for clean cable management
- Antibacterial protection paint layer
Applications
- Metallurgical inspection and grain structure evaluation
- Materials science and research laboratories
- Industrial quality control and failure analysis
- Surface, coating, and cross-section examination
- Production and inspection laboratory workflows
What’s Included
- Euromex iScope microscope system
- Power cord and internal/external power supplies
- 500 mA, 250 V spare fuse
- Dust cover
- Protective styrofoam case
Why Choose the Euromex iScope?
The Euromex iScope Materials Science / Metallurgical Upright Microscope combines advanced reflected-light optics, precise mechanics, and intelligent energy-saving features in a robust, laboratory-ready platform. Its optical performance, ergonomic design, and durable construction make it a dependable choice for metallurgical and materials inspection environments where accuracy and repeatability are essential.
