The MC7045 Stereo Microscope integrates a 7X-45X magnification range and HD auto-focus camera for precision-driven tasks in electronics manufacturing and industrial quality control. Its 100mm working distance and parfocal optical design ensure stable, high-resolution imaging for micro-component inspection and defect analysis. The ergonomic 45° tilting head and modular lighting/imaging options make it ideal for automated production lines, lab research, and dynamic workflows requiring repeatable accuracy.
- Optimal Magnification & Optical Clarity
- Ergonomic & Adjustable Viewing
- Modular Customization for Enhanced Functionality
- Precision-Focused Workflow
- Versatile Applications
Magnification range: 7X–45X (0.7X–4.5X continuous zoom)
Objective ratio: 6.4:1 (parfocal focus)
Eyepiece: WF10X/23mm
Working distance: 100mm
Focus mechanism: 360° rotatable head with ±5D diopter adjustment
Base: B1 plate (200×255×22mm) with 240mm column
Lighting: Compatible with transmitted/incident LEDs and oblique illumination.
- HD Autofocus Imaging: 1920×1080P @60FPS resolution with AF for real-time clarity.
- Dual HDMI/USB Output: Stream live feeds to monitors and PCs simultaneously.
- Split-Screen Comparison: 2/4-view display for parallel sample analysis.
- Electronic Zoom: Magnify details digitally without optical limitations.
- Built-In Measurement Tools: On-screen dimensional analysis (length, angle).
- Direct U Disk Storage: Save inspection data instantly for traceability.
Optical size: 1/2.8 inch
Resolution: 1920×1080P @60FPS
Output interface: HDMI + USB dual output
External device: Monitor + computer
Functions: AF autofocus, electronic zoom, split-screen comparison, measurement system, USB storage.
MC7045 Stereo Microscope with HD Auto-Focus Camera | Industrial Microscope Manufacturer
What is Auto-Focus?
Auto-Focus (AF) is a camera technology that automatically adjusts the lens position to achieve optimal sharpness on a target object. In industrial and scientific imaging, AF eliminates manual focusing, ensuring consistent clarity even with moving samples, uneven surfaces, or dynamic workflows.
How It Works？
- Sensor Detection: The camera analyzes image contrast or phase differences to determine focus quality.
- Algorithm Processing: AI or rule-based algorithms calculate the required lens movement.
- Motor Adjustment: A built-in motor drives the lens to the optimal position (e.g., voice coil motor for speed).
- Real-Time Validation: The system confirms focus accuracy before capturing or streaming the image.
Key Advantages
- Speed: Achieves focus in milliseconds (e.g., <0.5s), critical for high-throughput inspection.
- Precision: Sub-micron repeatability (±0.1µm) for tasks like solder ball measurement.
- Adaptability: Tracks moving objects (e.g., conveyor belts) or compensates for vibrations.
- User-Friendly: Reduces training time and operator fatigue in repetitive tasks.
- Versatility: Works with reflective, transparent, or low-contrast samples (e.g., glass, polymers).
PCB Assembly & Rework
Solder Joint Validation: Auto-focus tracks tiny BGA/CSP solder balls (0.3mm diameter).
Trace Delamination Detection: Identify micro-cracks in high-density interconnects (HDI).
Component Alignment QA: Verify placement accuracy of 01005-size SMDs.
Welding & Precision Machining
Laser Welding Inspection: Monitor weld penetration depth on micro-springs or connectors.
Tool Wear Analysis: Measure edge sharpness of micro-drills (<0.1mm tip).
Surface Finish QC: Detect polishing defects on optical connectors or MEMS components.
Semiconductor Packaging
Wire Bond Inspection: Check loop height and integrity in IC packaging.
Flip-Chip Bump Analysis: Measure coplanarity of solder bumps (50µm pitch).
Wafer Dicing QA: Inspect kerf width and edge chipping.
Automotive Electronics
EV Battery Cell Inspection: Scan electrode alignment in lithium-ion cells.
Sensor Calibration: Validate MEMS sensor structures (e.g., accelerometers).
Connector Pin Verification: Ensure dimensional compliance of micro-pins.
Industrial Automation
Robotic Vision Integration: Auto-focus adapts to vibrating conveyor lines.
3D-Printed Part Validation: Measure layer thickness (<20µm) in additive manufacturing.
Smart Material Analysis: Inspect shape-memory alloy deformation cycles.
Consumer Electronics
Flexible Display QA: Detect micro-cracks in OLED panels under bending tests.
Camera Module Assembly: Verify lens alignment in smartphone modules.
Micro-Speaker Inspection: Analyze diaphragm integrity in wearables.
MCscope Camera Applications in Electronics & Industrial Inspection
Find the Right Camera for Your Application
All cameras support HDMI/USB dual interfaces for real-time monitoring and data transfer, with built-in measurement software for instant analysis. Capture high-resolution photos/videos and export files seamlessly. Fully compatible with our microscopes, they adapt to industrial, educational, or research needs with precision.
Ideal for dynamic industrial inspections (e.g., moving production lines) and live biological sample observation, where continuous focus adjustment ensures clear imaging without manual intervention.
Essential for precision tasks requiring microscopic defect analysis (e.g., PCB solder joints, material surface inspection), delivering ultra-high resolution for accurate measurement and documentation.
Critical for inspecting reflective surfaces (e.g., metal components, polished materials) and medical diagnostics using optical devices, effectively minimizing light interference for true-to-life imaging.
Perfect for multi-user research environments and field inspections, enabling real-time image sharing/streaming to collaborative teams through wireless connectivity.
The software of this cameras is customizable and enables clients to reprogram camera operations and build custom imaging software tailored to their specific needs.
Perfect for dynamic applications like high-speed production lines and live cell imaging, our 4K auto-focus system delivers real-time clarity without manual adjustments.
