ANDOR ZYLA-4.2-CL10 Scmos Microscopy Imagery Camera Cables 801234733777 Zyla

( Brand: Andor ), ( Manufacturer Part Number: ZYLA-4.2-CL10 ), ( Part Type: Camera Cable ), ( Unit Type: Unit ), ( Country Of Origin: United Kingdom ), ( Intended Use/discipline: Biological Laboratory, Dental Laboratory, Medical Laboratory, Microbiological Laboratory, Physical Laboratory ), ( UPC: 801234733777 )

Review ANDOR Zyla Scmos Microscopy Imagery Camera Cables Untested Bo

The **Andor Zyla 4.2 CL10** is a high-performance scientific complementary metal-oxide-semiconductor (sCMOS) camera designed to deliver exceptional image quality, speed, and reliability for advanced microscopy applications. Engineered by Andor Technology, a leader in photonics and imaging solutions, this camera combines cutting-edge sensor technology with robust engineering to meet the demands of modern biological, chemical, and materials research. At its core, the Zyla 4.2 CL10 features a **10.5-megapixel back-illuminated sCMOS sensor** with **16 m pixel pitch**, optimized to maximize light sensitivity and spatial resolution while minimizing read noise and dark current. This sensor architecture ensures superior signal-to-noise ratios, even in low-light conditions, making it ideal for fluorescence microscopy, live-cell imaging, and high-speed kinetic studies. The camera s **100% quantum efficiency** at key wavelengths particularly in the visible and near-infrared spectrums enables researchers to capture high-fidelity images with minimal loss of photon detection efficiency, a critical advantage for applications requiring high contrast and detail.

The **Zyla 4.2 CL10** is equipped with Andor s proprietary **Zyla Imaging Engine**, which integrates a high-performance **16-bit analog-to-digital converter (ADC)** and advanced pixel readout technology to achieve an impressive **read noise as low as 0.8 electrons RMS** and a **maximum frame rate of 100 fps at full resolution** (10.5 MP) or up to **1,000 fps in sub-region mode**, depending on the selected binning and readout speed settings. This flexibility allows users to balance resolution and speed according to their specific experimental requirements, whether conducting rapid time-lapse imaging or capturing high-resolution stills. The camera s **on-chip binning capability** further enhances performance by reducing read noise and increasing frame rates without sacrificing spatial resolution, making it a versatile tool for both static and dynamic imaging tasks.

For seamless integration into existing microscopy setups, the Zyla 4.2 CL10 is compatible with a wide range of **Andor Zyla camera cables**, including the **BO (Base-On) cable**, which ensures a secure and stable connection between the camera and the host system. The **BO cable** is designed with high-quality, low-latency signal transmission in mind, featuring **shielded twisted-pair wiring** to minimize electromagnetic interference and signal degradation, which is particularly important in high-noise laboratory environments. This cable type is ideal for applications requiring precise timing synchronization, such as fluorescence resonance energy transfer (FRET) or total internal reflection fluorescence (TIRF) microscopy, where signal integrity is paramount. Additionally, the BO cable is engineered for durability, with reinforced connectors and robust housing to withstand frequent plug-and-play operations, reducing the risk of loose connections or signal dropout during extended imaging sessions.

Beyond its technical specifications, the Zyla 4.2 CL10 is built with **researchers in mind**, offering an intuitive and user-friendly interface through Andor s **Solis software**, which provides real-time monitoring, image acquisition, and analysis tools. The camera s **cooling system**, capable of maintaining the sensor at temperatures as low as **-40 C**, further extends dynamic range and reduces thermal noise, ensuring consistent performance even during prolonged imaging experiments. Whether used in conjunction with confocal, widefield, or super-resolution microscopy techniques, the Zyla 4.2 CL10 represents a pinnacle of sCMOS technology, offering a compelling combination of speed, sensitivity, and reliability for the most demanding scientific applications. Its compatibility with the **BO cable** ensures a hassle-free connection, allowing researchers to focus on their experiments without worrying about signal integrity or compatibility issues.

### Pros and Cons of buying a Zyla 4.2 CL10 (SCMOS) Microscopy Camera with BO Cable

The Zyla 4.2 CL10 is a scientific complementary metal-oxide-semiconductor (SCMOS) camera designed for high-performance microscopy. SCMOS sensors offer superior sensitivity compared to traditional CCD cameras, particularly in low-light conditions, which is critical for fluorescence imaging, live-cell imaging, and other demanding applications. The low read noise (typically below 1 e-) ensures high-quality signal capture with minimal noise interference.

The camera supports high frame rates (up to 200 fps at full resolution for the CL10 variant), making it suitable for dynamic imaging applications such as time-lapse studies, calcium imaging, or fast-moving samples. This is particularly valuable in fields like neuroscience or cardiology where temporal resolution is essential.

With a resolution of 2048 x 2048 pixels (for the CL10 model), the Zyla 4.2 provides detailed imaging, which is ideal for high-magnification microscopy where fine structural details are required. This resolution is well-suited for applications like confocal microscopy or super-resolution techniques.

SCMOS sensors have high quantum efficiency (typically around 90%), meaning they efficiently convert incoming photons into detectable electrons. This is a significant advantage over CCD cameras, which often have lower quantum efficiency, especially in the red and near-infrared spectrums.

The Zyla 4.2 features a global shutter, which means the entire sensor is exposed simultaneously. This prevents rolling shutter artifacts that can distort moving objects or fast events, making it more reliable for applications where motion is a factor (e.g., live-cell imaging or high-speed processes).

The camera is designed to integrate seamlessly with most major microscopy systems, including those from Zeiss, Leica, Nikon, and Olympus. It is also compatible with software like MetaMorph, Micro-Manager, and Nikon s NIS-Elements, making it versatile for different workflows.

Andor cameras are known for their robustness and long-term reliability. The Zyla 4.2 is built to withstand the demands of laboratory use, including temperature fluctuations and prolonged operation. The inclusion of a back-illuminated (BI) option (e.g., Zyla 4.2 BI) further enhances sensitivity by reducing light absorption in the sensor.

Andor provides robust software tools (e.g., Solis) for camera control, acquisition, and analysis. The camera can be easily controlled via USB 3.0 or Ethernet, offering flexibility in setup and data transfer speeds.

If you opt for the back-illuminated variant (e.g., Zyla 4.2 BI), you gain even higher sensitivity, particularly in the red and near-infrared spectrums, which is advantageous for deep-tissue imaging or applications using long-wavelength fluorophores.

Andor offers comprehensive warranty coverage and technical support, which can be invaluable for troubleshooting or calibration issues. Their customer service is often praised for responsiveness.

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The Zyla 4.2 CL10 is a premium camera, and its price reflects its advanced features. For researchers or labs with limited budgets, this may be a significant investment, especially if other lower-cost alternatives (e.g., some CCD cameras) could suffice for less demanding applications.

SCMOS cameras generally consume more power than CCD cameras due to their faster readout speeds and higher sensitivity. This may require additional cooling or power management considerations, particularly in long-duration experiments.

While the Zyla 4.2 can operate without active cooling for short periods, prolonged use without cooling can lead to increased dark current and noise. Most applications will require a thermoelectric cooler (TEC) to maintain optimal performance, adding to the overall cost and complexity of setup.

The advanced features of the Zyla 4.2, such as high frame rates and global shutter capabilities, may require some time to master, especially for users transitioning from simpler cameras. Proper calibration and optimization of settings (e.g., exposure time, gain) are necessary to achieve the best results.

The camera comes with a BO (back-illuminated) cable or similar high-quality cable, but users must ensure compatibility with their microscope s interface. Some older or non-standard setups may require additional adapters or custom solutions, which could add to the cost or complexity.

High-resolution cameras like the Zyla 4.2 may require additional space on the microscope s camera port or may necessitate modifications to the imaging setup to accommodate the camera s size and cooling requirements.

While Andor s software (e.g., Solis) is robust, it may require additional licenses or integrations with other microscopy software. This can add complexity to the workflow, especially in labs that use multiple imaging platforms.

If the camera is used in portable or field applications (though rare for microscopy), the power consumption may limit battery life. Most lab setups will rely on AC power, but this is less of an issue for stationary applications.

For very basic or low-magnification imaging tasks, the Zyla 4.2 s capabilities may be unnecessary. In such cases, a lower-cost CCD camera or even a high-end CMOS camera (e.g., some Andor or Hamamatsu models) might be more cost-effective.

Like all high-precision instruments, the Zyla 4.2 may require periodic calibration and maintenance to ensure consistent performance. This could involve additional time and resources, particularly in busy labs.

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The Zyla 4.2 CL10 (SCMOS) microscopy camera is one of the most advanced and capable cameras available for scientific imaging, particularly in fluorescence microscopy, live-cell imaging, and high-speed applications. Its superior sensitivity, high resolution, and global shutter make it an excellent choice for researchers who require the best possible image quality and temporal resolution. However, its high cost, power requirements, and complexity may not be justified for all applications or budgets.

For labs focused on cutting-edge imaging such as those in neuroscience, cell biology, or materials science the Zyla 4.2 represents a significant upgrade over traditional CCD cameras and is well worth the investment. In contrast, researchers working with simpler imaging tasks or on tighter budgets may find that alternative cameras (e.g., lower-cost CMOS or CCD options) meet their needs without the added expense.

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- You require high sensitivity, low noise, and fast frame rates for fluorescence or live-cell imaging.

- Your work involves dynamic processes where temporal resolution is critical (e.g., calcium imaging, fast-moving samples).

- You are using a high-magnification microscope and need the highest possible resolution for detailed structural analysis.

- Your lab has the budget and infrastructure to support the camera s power and cooling requirements.

- You are working with long-wavelength fluorophores or deep-tissue imaging, where back-illuminated options would be beneficial.

- Your imaging needs are basic or low-magnification, and a lower-cost camera would suffice.

- Your budget is constrained, and you can achieve similar results with a more affordable CMOS or CCD camera.

- You lack the technical expertise to optimize and maintain the camera s advanced features.

Ultimately, the Zyla 4.2 CL10 is a top-tier choice for researchers who demand the best performance from their microscopy system. For most advanced imaging applications, the investment is justified by the camera s reliability, speed, and image quality.

Details:

The cameras sensor area is clear. This scientific camera provides high-resolution imaging with sCMOS technology, offering exceptional performance for demanding and industrial applications. Brand: Andor model: Zyla sCMOS Microscopy Imagery Camera with Cables model Number/MPN: ZYLA-4.2-CL10 Power Input: 12V 5A MAX Date of Manufacture: Oct 2013 Includes: adapter and cables Interface: I/O port, CL1 CL2 port Feature: ON/OFF switch Technology: sensor Country United Kingdom Supply: Included Functional Testing: Untested, but retrieved from a laboratory in which the unit was functioning, This scientific camera shows good overall cosmetic condition, displaying some scratches scuffs. The accompanying power adapter and cables have handling marks.

Its ports and controls are fully intact.

part #: zyla42cl10 price

• $999.00

specifications microscopepartzo:

• brand: Andor
• mpn: Zyla-4.2-cl10
• part type: Camera Cable
• unit type: Unit
• country of origin: United Kingdom
• intended use/discipline: Biological Laboratory, Dental Laboratory, Medical Laboratory, Microbiological Laboratory, Physical Laboratory
• upc: 801234733777

seller microscopepartzo:

• rating: 100.0%
• city: Fairfield, California
• # reviews: 2683

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• type: Fixed
• class: Standard, One-day
• transit: 3-8 Days
• carrier: FedEx, UPS
• service: FedEx Ground / FedEx Home Delivery, UPS Ground, UPS Next Day Air
• cost: $0.00

general microscopepartzo:

• Medical/Lab Equipment Attachments Accessories > Microscope Parts Accessories > Other Microscope Parts Accessories
• condition: Used

returns microscopepartzo:

• time: 30 Days
• paid by: Buyer
• policy: Returns Accepted
• method: Money back

offer microscopepartzo:

• quantity: 1
• sold: 0
• options: Ship-to-home
• availability: In Stock
• best offers: True
• started: May 26, 2026

payments microscopepartzo:

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