4K Ultra HD IMX678 1/1.8 Cmos Industrial Camera Digital Microscope Camera with HDMI Type-C Outputs for Phone Soldering
4K Ultra HD CMOS microscope camera with Sony IMX678 sensor, C-mount compatibility, and dual HDMI/Type-C outputs for high-resolution digital microscopy imaging.
| Automation Level | semi-automated |
| Product Type | Microscope Camera |
| Application | Industrial Inspection |
| Camera Resolution | 4K |
| Skill Level | Intermediate |
| Brand | ConductScience |
The MCX-0053 is a 4K Ultra HD digital microscope camera featuring a Sony IMX678 1/1.8-inch CMOS sensor with 2.0µm × 2.0µm pixel size. The camera delivers 3840×2160 resolution imaging at 30 FPS with C-mount compatibility for standard microscope optical systems. Dual output capabilities include HDMI for real-time display and Type-C connectivity for direct computer interface.
The integrated Youngwin OS provides standalone operation with on-screen controls for exposure compensation (0-33ms), white balance adjustment, and image enhancement functions including color correction, mirroring, measurement lines, and tick marks. Data storage options include TF card recording and UVC streaming for direct computer capture. The S-EYE2.0 PC software enables advanced image acquisition, measurement, and analysis workflows for quantitative microscopy applications.
How It Works
The camera employs a Sony IMX678 CMOS sensor with 1/1.8-inch format and 2.0µm pixel pitch to convert optical signals into digital images. Light collected by the microscope objective is focused onto the sensor array, where photodiodes generate electrical charges proportional to incident photon intensity. The sensor's back-illuminated architecture maximizes quantum efficiency across the visible spectrum.
On-sensor analog-to-digital conversion produces 4K resolution data streams processed by the integrated Youngwin OS. Real-time image processing algorithms handle exposure control, white balance correction, and geometric adjustments. The system outputs simultaneous HDMI video for live monitoring and Type-C data streams for computer-based capture and analysis.
Frame rates vary with resolution: 3840×2160 at 30 FPS for maximum detail, or 1920×1080 at 60-120 FPS for dynamic processes. The C-mount interface provides standard optical coupling to microscope systems with appropriate relay optics to match the sensor format to the objective's field of view.
Features & Benefits
Automation Level
- semi-automated
Product Type
- Microscope Camera
Application
- Industrial Inspection
Camera Resolution
- 4K
Skill Level
- Intermediate
Brand
- ConductScience
Research Domain
- Analytical Chemistry
- Food Science
- Histopathology
- Industrial Hygiene
- Materials Science
- Microbiology
Weight
- 0.11 kg
Dimensions
- L: 4.9 mm
- W: 6.6 mm
- H: 6.6 mm
Comparison Guide
| Feature | This Product | Typical Alternative | Advantage |
|---|---|---|---|
| Sensor Resolution | 3840×2160 (4K Ultra HD) with Sony IMX678 | Entry-level models typically offer 1080p or lower resolution | Higher resolution provides greater detail for precise morphological measurements and documentation |
| Frame Rate Options | 30 FPS at 4K, up to 120 FPS at 1080p | Basic cameras often limited to 30 FPS at maximum resolution | Variable frame rates enable both high-detail static imaging and dynamic process capture |
| Output Connectivity | Dual HDMI and Type-C outputs | Most cameras offer single USB connection only | Simultaneous display and computer connection supports flexible laboratory workflows |
| Standalone Operation | Integrated Youngwin OS with on-screen controls | Requires computer connection for all functions | Independent operation reduces computer resource requirements and setup complexity |
| Exposure Control Range | 0-33ms with compensation support | Limited exposure adjustment in basic models | Wide exposure range accommodates diverse specimen types and lighting conditions |
| Storage Options | TF card recording plus UVC streaming | Computer-dependent storage only | Local storage capability enables operation without dedicated computer systems |
This camera combines high 4K resolution imaging with flexible connectivity and standalone operation capabilities. The Sony IMX678 sensor and integrated OS provide professional imaging performance while maintaining compatibility with standard microscope systems through C-mount interface.
Practical Tips
Use a stage micrometer to calibrate measurement scales in the S-EYE2.0 software for accurate dimensional analysis.
Why: Proper calibration ensures measurement accuracy across different objective magnifications.
Keep the sensor protected from dust by using lens caps when camera is not mounted to microscope.
Why: Dust particles on the sensor create artifacts that appear in all captured images.
Optimize white balance settings for each illumination type (transmitted, reflected, fluorescent) used.
Why: Proper white balance ensures accurate color reproduction for morphological analysis.
If images appear soft, verify C-mount threading is fully seated and check for optical alignment issues.
Why: Incomplete mounting can introduce optical aberrations that degrade image sharpness.
Use the highest resolution setting for static specimens and adjust frame rate only for dynamic observations.
Why: Maximum resolution preserves fine detail that may be critical for accurate specimen characterization.
Store frequently used exposure and white balance settings as presets in the camera OS.
Why: Preset configurations speed workflow and ensure consistent imaging parameters across experiments.
Allow adequate ventilation around the camera housing during extended operation periods.
Why: CMOS sensors generate heat during operation which can affect image quality and component longevity.
Regularly backup TF card data and reformat cards periodically to maintain optimal write performance.
Why: Card maintenance prevents data loss and ensures reliable storage during critical imaging sessions.
Setup Guide
What’s in the Box
- MCX-0053 microscope camera
- HDMI cable (typical)
- Type-C USB cable (typical)
- Power adapter (typical)
- User manual and software CD (typical)
- C-mount adapter ring (typical)
Warranty
ConductScience provides a standard one-year manufacturer warranty covering defects in materials and workmanship. Technical support includes software updates and application guidance for optimal imaging performance.
Compliance
References
Background reading relevant to this product:
What magnification objectives are compatible with this camera?
The C-mount interface accepts standard microscope objectives with appropriate relay optics. Consult your microscope manufacturer for optimal magnification matching to the 1/1.8-inch sensor format.
Can the camera perform multi-spectral imaging?
The camera captures full-color RGB images through the CMOS sensor. Specific spectral filtering would require external filter wheels or specialized illumination systems.
What file formats are supported for image storage?
Consult the S-EYE2.0 software documentation for supported output formats. TF card storage capabilities depend on the integrated OS file system specifications.
How does exposure control affect image quality?
The 0-33ms exposure range allows optimization for specimens with different optical densities. Longer exposures increase sensitivity but may introduce motion blur in dynamic samples.
Is the camera suitable for fluorescence microscopy?
While the CMOS sensor can detect visible light emission, fluorescence applications require consideration of sensor quantum efficiency at specific emission wavelengths and potential for dark current noise.
What computer requirements are needed for the S-EYE2.0 software?
Consult the software documentation for minimum system requirements including operating system compatibility, RAM, and storage specifications.
Can multiple cameras be synchronized for stereoscopic imaging?
Synchronization capabilities would depend on the S-EYE2.0 software features and hardware triggering options. Consult technical specifications for multi-camera operation.
What is the effective field of view with different objectives?
Field of view depends on the objective magnification and the microscope's relay optics system. The 1/1.8-inch sensor format provides the reference for calculating effective viewing area.
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