Microscopy Imaging Systems

Camera solutions for brightfield and fluorescence microscopy

Basler’s vision solutions enable precise, real-time visualization and analysis of microscopic structures by combining high-performance cameras with tailored software. Our systems deliver high-resolution imaging, accurate color reproduction, and high dynamic range, ensuring reproducible, detailed observation and analysis in applications such as histology, cell biology, hematology, and fluorescence imaging.

Find the right digital camera for your microscopy application

High image quality and color reproduction
Basler cameras enable high-resolution imaging and accurate color reproduction for detailed microscopy.
Customizable hardware and software
Our project teams work with you to tailor vision components to your microscopy needs.
Industry-leading reliability
Basler cameras have one of the lowest failure rates in the industry—built for reliable, repeatable processes in clinical diagnostics and research.
Long-term product availability
Future-proof your system design with products that stay available and supported over time.

Key microscopy applications in life science research and clinical diagnostics

Vision solutions for image acquisition and processing are an integral part of microscopy. Light microscopy, including fluorescence microscopy, enables numerous applications in scientific, biomedical, and clinical laboratories.

Key applications include:

Histology
Digital pathology
Cell biology
Automated hematology
Medical microbiology

Discuss your microscopy requirements with our team

Conventional light microscopy

Many routine microscopic applications are based on light microscopy, using different illumination and contrasting techniques.

Basler cameras are a central component of these microscopy applications. They help track, record, analyze, and archive live images, delivering high-resolution and sharp images with accurate color fidelity.

Light microscopy applications benefit from MED Feature Set "Brilliant Image"

“Brilliant Image" is one of the MED Feature Sets that is built into the Basler MED ace and is a customizable option for Basler ace 2 PRO. Learn about two features that help deliver the maximum image quality for your application.

Fluorescence microscopy

In fluorescence microscopy, a specific wavelength of light triggers fluorescent dyes to glow, allowing light emission detection. Even the most microscopic cellular and molecular structures can be detailed with fluorescence imaging.

Basler’s camera systems are critical for success. With minimal noise, a high dynamic range, and high light sensitivity, our cameras are ideally suited for fluorescence microscopy applications.

How Basler imaging solutions are used in fluorescence applications

Basler CMOS sensors in fluorescence applications

System manufacturers are increasingly replacing CCD sensors with CMOS sensors. Modern CMOS sensors are ideal in uncooled cameras for fluorescence-based applications in medicine and science.

Learn the difference between CMOS and CCD sensors

Basler cameras for fluorescence microscopy

Fluorescence microscopy is used in many applications in science, medicine, and industry. And Basler works with OEMs to tailor hardware and software solutions to this application. What do fluorescence microscopy OEMs need to consider when choosing a camera?

Read about the key factors for fluorescence microscopy OEMs

Color calibration in Medical & Life Sciences

Digitally captured images contribute significantly to medical imaging systems and surgical devices, especially in ophthalmology, microscopy, and dermatology. In this context, color is often a decisive criterion for assessing whether a structure is healthy or diseased. Color fastness is therefore of utmost importance.

Why color calibration is important in medical technology — Basler cameras support precise imaging of the posterior segment of the eye.

Why is color calibration important in medical technology?

In medical & life sciences, including ophthalmology, microscopy, or dermatology, the color fastness of digitally recorded images plays a critical role.

Read article

Do Basler cameras use color calibration?

Standardized color representation is important; it ensures that different imaging devices deliver the same result with the same color specifications. Learn color calibration step-by-step.

Download White Paper

Why should I color calibrate my camera?

For precise medical diagnoses, exact color reproduction in images and their color reproducibility are often indispensable. Color-calibrated cameras help with this.

How does the Basler Color Calibrator work?

Color reproduction is extremely important for images in Medical & Life Sciences. However, finding the perfect color settings can be complicated. Our Color Calibration Tool offers a simple solution.

Microscopy application use cases

There are several options that can be used to save time and money for a wide variety of medical and life science applications. Basler’s customized camera solutions can help.

Achieve perfect image uniformity with shading and flat field correction (FFC)
Explore our unique, customizable solution beyond standard Flat Field Correction (FFC) and shading correction. Benefit from rapid program development and optimization, without the typical time and cost constraints associated with algorithm development.
- Electronics
- AOI, error detection, quality control
- Microscopy
Compact CNN-Based Bacteria Classification
Laboratory analyzers use vision technology, and the addition of a Convolutional Neural Network (CNN) automates sample evaluation at high confidence levels.
- Classification
- Medical & Life Sciences
- Microscopy
Cost-effective urine sediment examination with CNN-based vision system
Vision System with CNN enables cost-effective and high-performance automated urine sediment analysis.
- Classification
- Medical & Life Sciences
- Microscopy
Automated microscopy for high throughput blood-cell analysis via CNN
Microscopic blood analysis can be automated using a CNN-based vision system: high resolution and speed result in large amounts of data.
- Classification
- Deep Learning
- Medical & Life Sciences
- Microscopy
Examine cell processes in microscopic detail with Basler ace GigE camera
The camera in SYNENTEC's NYONE vision system delivers high-quality images at a very high frame rate to understand metabolic processes in and on cells.
- Medical & Life Sciences
- Microscopy