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Achios-X Inverse AI.1058‑PLMI

7.450,00€
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Inverted Trinocular Metallographic Microscope

Binocular inverted microscope for materials science, with an ergonomic head tilting from 5° to 35°.
Includes SWF 10×/22 mm eyepieces and long-working-distance Plan PLi 5×/10×/20× and Plan Apo PL-AMI 50× objectives for brightfield and darkfield, IOS, M26 thread, mounted on a quintuple nosepiece.
3 W transmitted NeoLED illumination with adjustable intensity. Internal 100–240 Vac power supply.
SWF 10×/22 mm eyepieces, Ø 30 mm tubes, diopter adjustment −5 to +5.
Ergonomic binocular head tilting from 5° to 35°. Interpupillary distance: 48–75 mm.
Side photo port with 80:20 beam splitter.
Quintuple nosepiece with ball bearings.
Plan PLMi 5×/10×/20× and Plan Apo PL-AMI 50× objectives for brightfield and darkfield, IOS, M26 thread.
All optics are anti-fungal treated and anti-reflective coated to maximise light transmission.
226 × 175 mm stage with 50 × 50 mm XY mechanical stage.
Coaxial coarse and fine focus controls with 200 graduations. Accuracy: 1 μm; 0.2 mm per rotation. Tension adjustment.
Adjustable field diaphragm and condenser apertures. Analyzer slot. Supplied with built-in polarizer.
3 W transmitted NeoLED illumination with adjustable intensity and internal 100–240 V (CE) power supply.
500 mA, 250 V AC fuse.
Smart Light Control stores the last intensity level for each objective; LCD display, sleep function and colour-temperature adjustment.
Supplied with metal inserts (10/15/25 mm apertures), blue, green and yellow filters, grounding filter, power cable and 500 mA, 250 V AC fuse.

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SKU: AI.1058‑PLMI
Description

The Achios-X Inverso AI.1058-PLMI is a high-performance inverted microscope for demanding materials-science work. It supports brightfield, darkfield and polarisation, with long-working-distance plan and apochromatic objectives designed for high image quality without cover-glass correction.

Ergonomic features include a tilting head, low-position controls and Smart Light Control, which stores illumination intensity for each objective. NeoLED illumination provides high-contrast, high-resolution images with low power consumption. The robust, intuitive system is suited to analysing metals, polymers and complex materials in research and industrial settings.

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