Overview
BH200M-W computer-based Metallurgical Microscopy is a trinocular upright type Metallurgical Microscopy. It adopts a finite distance color difference correction Optical inspection system to provide superior image mass and a stable Operating system. Accessories are complete. Widely used in teaching and research, metallographic analysis, industrial testing and other fields.
Features
1. Three-eye upright design, observation tube 30 ° tilt, hinged structure, 360 ° swirl/spin, pupil distance adjustment range 50-75mm
2. Coarse fine-tuning coaxial focusing mechanism, with mechanical upper limit and elastic adjustment device, fine-tuning accuracy 0.002mm
3. Compound double-decked mechanical mobile platform, low hand position coaxial adjustment, attached 180mm * 145mm flat platform
4. drop type Cora lighting system, anti-reflection structure design, effectively prevent reflection rays of light interference
5. Equipped with FMIA2024 genuine metallographic image analysis software, integrating quantitative analysis and qualitative analysis
6. Adaptive Wide Voltage 100V-240V, 5W LED Warm Illuminant, Light intensity continuously adjustable
Principle
Optical inspection system with limited distance color difference correction is used to provide uniform illumination through the drop-shot Cora illumination system, and the rays of light are reflected back to the observation system after irradiating the sample through the objective lens. The focusing mechanism realizes precise focusing, and the mechanical platform realizes sample positioning and movement. With FMIA2024 metallographic image analysis software for image acquisition and analysis processing.
Applications
Teaching and research, metallographic analysis, industrial testing
Standards
The FMIA2024 software system national standard library contains hundreds of categories, covering commonly used metallographic standards
Steps
1. Turn on the power and adjust the Light intensity of the lighting system
2. Place the sample on the stage and adjust the position of the mechanical platform
3. Focus by coarse fine-tuning the coaxial focusing mechanism
4. Select the appropriate objective lens for observation
5. Use FMIA2024 software for image acquisition and analysis
6. Adjust the aperture stop and field stop as needed
Notice
• Check whether the Power supply voltage is within the range of 100V-240V before use
• Pay attention to the mechanical upper limit device when focusing to avoid damage to the sample
• Optical inspection components clean to avoid scratches
• Software use should follow the operating instructions
• Regularly check the tightness of mechanical parts
• Pay attention to the platform load-bearing when placing larger size samples
