Pipmed Medical Pipmed Medical

BestScope BCF297 High Ratio Motorized with Sofware Laser Scanning Confocal Microscopy

Customization: Available
After-sales Service: 3 years
Magnification: 500-1000X

Product Description

📋Basic Specifications
Model NO.
BCF297
Type
Fluorescent
Number of Cylinder
≥Three
Mobility
Desktop
Kind of Light Source
Fluorescence
Usage
Teaching, Research, Medical
Principle of Optics
NIS60 Infinite optical system(F200)
Laser
Laser 405 nm, 488 nm, 561 nm, 640 nm
Objective
4x, 10x, 20x, 40x, 60x, 100x
Production Capacity
50/Month
🔬Product Introduction
Laser Scanning Confocal Microscopy

BCF297 is a newly launched laser scanning confocal microscope, which can achieve high-precision observation and precise analysis. It can be widely used in morphology, physiology, immunology, genetics and other fields. It is an ideal partner for cutting-edge biomedical research.

⚙️Key Features
📶

High signal-to-noise ratio

High-efficiency confocal imaging optical path can provide fluorescence images with extremely high signal-to-noise ratio even under weak fluorescence.

🖼️

Excellent Image Quality

Wide spectrum, high numerical aperture lens, perfect for shooting various types of confocal samples.

🖱️

Full Motorized Control

The Z-axis adopts a motorized device for quick height adjustment. AF One-button autofocus eliminates the need for fine-tuning steps and improves work efficiency.

🔍

Unique Imaging Pinhole Structure

Based on light reversibility, the excitation and emission light pass through the same pinhole, ensuring 100% conjugate relationship for higher sensitivity and resolution.

💻

Specialized Confocal Software

Supports 2D (XY), 3D (XYZ), 4D (XYZT) imaging and multi-site scanning. Features include large image stitching, scale correction, and photobleaching ROI definition.

🌟Applications

1. Cell Imaging: Accurately image cells labeled with various fluorescent proteins and multicolor probes, studying fluorescence colocalization and spatial relationships.

2. Histopathological Sections: Layer scanning suitable for large tissue sections of animals and plants, providing more accurate data.

3. Model Organisms: Ideal tool for imaging zebrafish, fruit flies, and nematodes with wide FOV and deep layer scanning.

4. Biomaterials: Observe interaction processes between inorganic nano hybrid materials and living cells for bio-photonics research.

📊Technical Specifications
Item Specification Details BCF297-C BCF297-E BCF297-S
Optical System Infinity Color Correction Optical System Standard Standard Standard
Microscope Body BS-2098 body, LED transmission, electric 7-hole condenser Standard Standard Standard
Objectives Infinity Plan/Super Apochromatic 4X-100X Optional Standard Standard
Laser 4-channel: 405nm, 488nm, 561nm, 640nm (>= 50mW) Standard Standard Standard
Confocal Module Scanning and detection unit (PMT/GaAsP options) Standard Standard Optional
Stage Manual mechanical or Electric stage options Optional Standard Standard
Camera SONY IMX/ICX series (5MP to 20MP options) Optional Optional Optional

Note: Above data represents standard and optional configurations for different models.

📷Sample Gallery
Sample Image 1 Sample Image 2
Frequently Asked Questions
What are the primary laser wavelengths used in the BCF297?
The BCF297 supports a 4-channel laser system including 405nm, 488nm, 561nm, and 640nm, each with an output power of at least 50mW.
Does this microscope support 3D and 4D imaging?
Yes, the specialized confocal software supports 2D (XY), 3D (XYZ), and 4D (XYZT) imaging, as well as multi-site scanning and Z-Stack imaging.
Can the Z-axis be controlled automatically?
Yes, the system features a motorized Z-axis device and an "AF" one-button autofocus function to improve efficiency and precision.
What types of objectives are available for this system?
The system offers two sets of optional objectives: Infinity Plan Apochromatic (2X-100X) and Infinity Plan Super Apochromatic (10X-100X).
Is the BCF297 suitable for live cell imaging?
Absolutely. With its high signal-to-noise ratio and compatibility with living cell environment monitoring modules, it is ideal for observing interactions between materials and living cells.
What imaging modes are supported besides fluorescence?
In addition to confocal fluorescence imaging, the system can be equipped with a DIC imaging kit for differential interference contrast imaging and overlay analysis.

Related Products