MC-ZTS-4KAF 4K Autofocus High Magnification Microscope | China Industrial Microscope Manufacturer
MC-ZTS-4KAF 4K Autofocus High Magnification Microscope
The MC-ZTS-4KAF is a 4K UHD autofocus digital microscope engineered for precision inspection and failure analysis in microelectronics. With true hands-free focusing, ultra-sharp imaging, and versatile outputs, it streamlines workflows in R&D labs, QA, and production lines.
- 4K UHD resolution (3840×2160 @ 60FPS)
- 0.7–4.5X optical zoom, 28–200X total magnification
- Smart autofocus + freeze-frame + digital zoom
- HDMI + USB3.0 dual-output for monitor & PC
- 40-LED ring light for uniform illumination
- Fine focus precision: 0.002 mm; 50 mm travel
Optical Magnification: 0.7–4.5X adjustable zoom
Total Magnification:28-200 Xcontinuous magnification
Resolution: 3840×2160P @ 60FPS (4K UHD)
Camera Pixel: 8 Megapixels
Output Interface: HDMI+USB3.0
External Devices: Compatible with HD monitor and computer
Auxiliary Lighting: 40-piece high-quality LED ring light
Focusing System: Coarse and fine focusing knob
Fine Adjustment Precision: 0.002mm
Focusing Travel: 50mm
Bracket Size: 250×380mm base; pillar height: 340mm; diameter: 25mm
- 4K Ultra HD Imaging: 1/1.8" optical sensor with 3840×2160P @60FPS resolution
- AF Autofocus: Automatically adjusts focus for moving or uneven samples.
- Dual HDMI/USB Output: Stream to monitors and PCs simultaneously.
- Split-Screen Comparison: 2/4-view display for side-by-side analysis.
- Digital Zoom: Electronic magnification without losing clarity.
- Built-In Measurement Tools: On-screen dimensional analysis (length, angle).
- Built-In Measurement Tools: On-screen dimensional analysis (length, angle).
Optical size: 1/1.8 inch
Resolution: 3840×2160P @60FPS
Output interface: HDMI + UVC dual output
External device: Monitor + computer
Functions: AF autofocus, Electronic amplification/reduction, 2/4 screen comparison, Wide dynamic adjustment, Built-in measurement system, U disk storage.
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).
Customizable Components for High Magnification Microscopes
MCscope high magnification microscopes offer customizable configurations—mix and match optical lens, industrial cameras , microscope stages and microscope light sources to build your ideal imaging setup.
Available in a variety of colors and magnifications, these lenses offer flexibility for different inspection scenarios—ensuring optimal contrast, lighting, and clarity based on the sample type and material surface.
Choose from multiple camera models with varying features such as autofocus, built-in measurement software, HDR wide dynamic range, image preview, and dual HDMI/USB output to meet different requirements.
MCscope offer a range of microscope stands designed for different application needs. Whether you’re inspecting small electronic components or larger mechanical parts, you can select the appropriate stand type.
MCscope provides ring, coaxial, transmitted, and oblique lighting options. LED cold light is available for heat-sensitive samples—optimize contrast and clarity for any application.
VS
High Magnification Microscope Comparison Table
| Model | MC-ZTS1-4KHU | MC-ZTS-4KAF |
|---|---|---|
| Camera Resolution | 3840 × 2160 @ 60FPS (4K UHD) | 3840 × 2160 @ 60FPS (4K UHD) |
| Camera Functions | Does not support autofocus | Supports autofocus |
| Optical Lens | 1X optical lens | 0.5X optical lens |
| Digital Magnification | 56X – 400X | 28X – 200X |
| Field of View | Max FOV: 13 × 7 mm | Max FOV: 11.84 × 21.06 mm |
| Working Distance | Approx. 70 mm | Approx. 100 mm |
Electronics Manufacturing & SMT Inspection
• Enables high-resolution inspection of PCB solder joints, pad spacing, and SMT components
• Detects defects such as solder bridging, tombstoning, and cold joints during assembly and QA
• Supports digital measurement for precise inspection of line width and trace separation
Semiconductor & Microchip Failure Analysis
• Ideal for inspecting wafer surfaces, chip structures, and bonding areas
• Reveals surface cracks, contamination, and micro-defects critical to R&D and reliability testing
• Autofocus and freeze-frame functions ensure clear capture for documentation
Medical Device Quality Control
• Supports inspection of microsurgical instruments, catheters, and implant components
• Detects edge burrs, tool marks, or dimensional inconsistencies that affect performance
• Used in high-precision QA processes for Class II & III devices
Jewelry & Watchmaking Inspection
• Enables magnified observation of jewels, engravings, gear teeth, and miniature screws
• Reveals scratches, tool marks, and hidden surface defects in precious metal components
• Supports quality verification for intricate assemblies and luxury-grade finishing
Forensics & Trace Evidence Analysis
• Used for the examination of hair, fibers, residues, and tool marks in forensic labs
• Allows image freeze and measurement to support legal documentation
• Non-contact observation preserves sample integrity during inspection
Research & University Laboratories
• Enables real-time analysis of microstructures in materials science and engineering labs
• Supports multi-output to monitor and PC for classroom demonstrations or data collection
• High depth-of-field and measurement tools enhance experimental precision