Inverted Metallurgical Microscope LB-40IUM
Inverted Metallurgical Microscope LB-40IUM features a Siedentopf trinocular head and an infinite optical system, delivering high-precision metallographic analysis. It includes a backward quintuple nosepiece for smooth switching between objectives. The coaxial coarse and fine focusing mechanism ensures accurate and sharp imaging. Our microscope is equipped with DIC capabilities, enhancing surface details and contrast for advanced material inspection.
$ 7750
Download CatalogSpecifications
| Viewing Head | Siedentopf trinocular head |
| Viewing Head Inclination Degree | Inclined at 30° |
| Interpupillary Distance | 48 to 75 mm |
| Extra Wide Field Eyepieces | WF10X/22 WF10X/20 (with cross hair scale) WF15X/16 WF20X/12 |
| Infinite LWD Plan Achromatic Objectives | 5X/0.12/∞/0 (BF/DF) LWD 10mm 10X/0.25/∞/0 (BF/DF) LWD 10mm 20X/0.4/∞/0 (BF/DF) LWD 5mm 100X/0.9/∞/0 (BF/DF) LWD 0.7mm |
| Nosepiece | Backward quintuple nosepiece |
| Stage | Double-layer mechanical stage (226 × 178 mm) Moving range: 40 × 40 mm Stage inserts: Φ20, Φ30, Teardrop |
| Focusing | Coaxial coarse and fine adjustment Fine division: 2 μm |
| Kohler Illumination | 12V/50W Halogen (Adjustable center and brightness) |
| Polarization | Polarizer and analyzer |
| DIC (Differential Interference Contrast) | Yes |
| Filters | Built-in Green, Blue, Yellow, Gray, Ground glass |
| Power Supply | AC220V/50Hz, 110V/60Hz |
| Product Dimension | 273.3 × 399.1 mm |
| Packaging Dimension | 680 × 680 × 430 mm |
| Net Weight | 13.5 kg |
| Gross Weight | 19 kg |
Features
LWD achromatic objectives
Quintuple nosepiece
Kohler lighting system
Adjustable halogen illumination
Built-in color filters
Cross hair eyepiece
Large mechanical stage
Standard Accessories
0.01mm Micrometer scale
Polarizer and analyzer (built-in Green, Blue, Yellow, Gray and ground glass) × 1 pc
Optional Accessories
0.5x Camera Adapter
1x Camera Adapter
USB 5M Pixel Color CMOS Camera
Metavision Software
WF15X/16 Infinite LWD Plan Achromatic Objective
WF20X/12 Infinite LWD Plan Achromatic Objective
DIC Components
Applications
Inverted Metallurgical Microscope LB-40IUM is used for high-precision analysis of metal surfaces, coatings, and microstructures. It is widely applied in metallurgy laboratories, industrial quality control, material research, and surface inspection in manufacturing environments.
Frequently asked questions For Inverted Metallurgical Microscope
1. What is the Inverted Metallurgical Microscope LB-40IUM used for?
Labotronics Inverted Metallurgical Microscope LB-40IUM is used for high-precision analysis of metal surfaces, coatings, grain structures, and microstructures. It is widely applied in metallurgy laboratories, industrial quality control, research institutes, and manufacturing environments for detailed surface inspection and metallurgical testing.
2. What type of optical system does the LB-40IUM use?
Our LB-40IUM microscope is equipped with an infinite optical system that delivers clear, high-resolution, and aberration-free images. This advanced optical setup is ideal for demanding metallographic applications and detailed material analysis.
3. Is the microscope suitable for both Bright Field and Dark Field observation?
Yes, the Labotronics LB-40IUM supports both Bright Field (BF) and Dark Field (DF) observations. It includes Long Working Distance (LWD) plan achromatic objectives, making it suitable for comprehensive surface analysis and defect detection in metals and coatings.
4. Can I use this microscope for digital imaging and documentation?
Absolutely. The LB-40IUM features a trinocular head that supports camera integration for digital imaging. Labotronics offers optional USB 5M Pixel CMOS cameras and camera adapters to help users capture high-quality images, document observations, and generate detailed inspection reports.
5. What types of samples can be examined with the LB-40IUM microscope?
Our metallurgical microscope is suitable for observing a variety of samples, including polished metal surfaces, industrial coatings, thin films, welding joints, grain boundaries, and surface treatments. It is ideal for metallurgical failure analysis and quality control inspections.
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